Assuming each quarter has a thickness of 1.75 mm, or 0.175 cm, a foot is equivalent to 30.48 cm. Therefore, the maximum number of quarters that can stack in a foot would be 30.48 cm divided by 0.175 cm, which equals approximately 174 quarters. This calculation does not account for any additional space required for stability or air gaps between the quarters.
According to the US Mint, the quarter dollar is 1.75mm thick.1.75mm x 1cm/10mm = 0.175cmSave0.175cm x 1in/2.54cm = 0.0689in1in/0.0689in = 14.5 quarters to make a stack 1 in highObviously you can't stack 14.5 quarters. 15 quarters makes a stack 1.03in high. 14 quarters make a stack 0.965in high.
169
s lot of it
A square foot can be divided into 4 quarters each quarter measuring 6 square inches.
10,000
A foot is 12*25.4 mm and a quarter is 1.75 mm thick so you will need 12*25.4/1.75 quarters = 174.2 of them.
According to the US Mint, the quarter dollar is 1.75mm thick.1.75mm x 1cm/10mm = 0.175cmSave0.175cm x 1in/2.54cm = 0.0689in1in/0.0689in = 14.5 quarters to make a stack 1 in highObviously you can't stack 14.5 quarters. 15 quarters makes a stack 1.03in high. 14 quarters make a stack 0.965in high.
169
s lot of it
A square foot can be divided into 4 quarters each quarter measuring 6 square inches.
1 US quarter has a thickness of 1.75 millimeters. A 1-inch stack of quarters would be about 15 quarters.
There are 4 quarters in a foot each having a length of 3 inches
There are 12 inches in one foot. Therefore, three quarters of a foot is equal to 3/4 x 12 = 9 inches.
about 160- 190
Assuming each quarter has a thickness of 1.75 mm, the stack of 10,000 quarters would be 17,500 mm or 17.5 meters in height.
870; a quarter has a thickness of about 0.07 inches, and 61 / 0.07 = 870.
10,000