1. Given a dry bulb reading of 85 degrees F and a wet bulb reading of 60 degrees F, determine relative humidity, dew point, absolute humidity, specific volume and enthalpy.
2 Define enthalpy.
3. Determine the amount of sensible heat needed to increase the temperature of air from 50 degrees F and 50% relative humidity to 90 degrees F.
Assignment 3
1.
Given a dry bulb reading of 85 degrees F and a wet bulb reading of 60 degrees F, determine relative
humidity, dew point, absolute humidity, specific volume and enthalpy.
2 Define enthalpy.
3. Determine the amount of sensible heat needed to increase the t
emperature of air from 50 degrees F
and 50% relative humidity to 90 degrees F.
Discussion 3
What is the difference between air conditioning and refrigeration?
How does an AC unit work?
What are the advantages of a steam heating system?
Why do hydronic systems work so well?
Assignment 3
1. Given a dry bulb reading of 85 degrees F and a wet bulb reading of 60 degrees F, determine relative
humidity, dew point, absolute humidity, specific volume and enthalpy.
2 Define enthalpy.
3. Determine the amount of sensible heat needed to increase the temperature of air from 50 degrees F
and 50% relative humidity to 90 degrees F.
Discussion 3
What is the difference between air conditioning and refrigeration?
How does an AC unit work?
What are the advantages of a steam heating system?
Why do hydronic systems work so well?
moore05
Assignmentanddiscussion3.docx
0
