CHANGING TRENDS IN LONG-TERM AVERAGE COST
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant. The
size distribution of businesses within an industry may change as a result of new
advancements in production technologies that modify the long-run average cost
curve. The most prevalent shift during the majority of the twentieth century was
the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
The size distribution of businesses within an industry may change as a result of
new advancements in production technologies that modify the long-run average
cost curve. The most prevalent shift during the majority of the twentieth century
was the introduction of new technologies, such as the assembly line or the giant
department store, which appeared to provide larger businesses a competitive
edge over smaller ones. The economies of scale component of the long-run
average cost curve extended over a greater amount of output and sloped
downward. New production technology, however, do not always result in larger
average firm sizes. For instance, various novel methods for producing power on
a smaller scale have emerged in recent years. To fully benefit from economies
of scale, conventional coal-burning power plants had to generate 300–600
megawatts of electricity. However, high-efficiency turbines that burn natural
gas can generate electricity at a competitive price, even though they only
produce 100 megawatts or fewer. Smaller businesses or industries may be able
to produce electricity as effectively as larger ones thanks to these new
technology. The tire sector may be another example of a technology-driven shift
toward smaller operations. Approximately six million tires are produced
annually at a typical mid-size tire plant. However, a new tire plant that employs
a large number of robots was introduced by the Italian business Pirelli in 2000.
Despite producing only a million tires annually, the Pirelli tire plant
accomplished it at a lower average cost than a typical mid-sized tire plant.
