Use 6 balls or 6 different  candies numbered 1-6 or 6 colors or six distinct objects of same size ( not paper)...

Use 6 balls or 6 different  candies numbered 1-6 or 6 colors or six distinct objects of same size ( not paper) that will mix equally. With replacement, make a count each time you randomly select an object for n=10 , n=20 and after n=30 selections

Use the  table ( see attached of your data) to keep tabs.. If you have access to a  bar graph tool , make  a relative  frequency histogram for n= 10,20 and 30 selections.                         - 70 pts

What is the chance of selecting one item.

What does the Central limit Theorem predict what the distribution will approach after many trials. 

After n=10, n= 20 and n=30  when does  your relative frequency approach  a  more uniform distribution .