If you mean 1,000,000,000,000 US dollars end to end, then a trillion dollars would reach 6,410,000,000 inches, or 511,666,666,666 feet.
You do the math. Here's how to calculate the answer. Carefully measure ten quarters. Then add those measurements and divide by 10 [this gives you a reasonable average]. Then divide that measurement average into twelve inches, which will tell you how many quarters there are per foot. Then divide that number [the number of quarters per foot] into 5,280 feet, which is the number of feet per mile. The result of this last division will be the number of quarters required to make a mile.
The ball which you drop from 5 feet will reach the ground first.
117 inches
depending on the riser height of the steps. If the risers are 7 inches, it would take about 102 steps to reach 60 feet. 108 steps would get you to 63 feet exactly.
well actually it would be the sizze of your mom
There are 5280 feet in a mile therefore there are 3960 feet in 3 quarters of a mile
Edging needed = pi*13 feet
Another 53.75 square feet of tile would be needed.
The US quarter is 1.75 mm thick. One million of them stacked would be 1,750,000 mm high (or 17,500.00 cm, or 175 meters). In inches and feet, the quarter being .069 inches thick, one million stacked would be 69,000 inches, or 5,750 feet, or 1 mile and 156.6 yards.
You would need 48 cubic feet of corn.
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.
Average sheet of toilet paper being 4 inches square, you would need approximately 900000 squares to reach 300000 feet.
One billion feet would reach approximately halfway to Mars from Earth. The average distance from Earth to Mars is around 225 million kilometers, and if we assume an average human foot length of about 12 inches, one billion feet would cover about 189,393 kilometers.
If you mean 1,000,000,000,000 US dollars end to end, then a trillion dollars would reach 6,410,000,000 inches, or 511,666,666,666 feet.
2 and 1/4 feet
If the area is a square then a minimum of 1,104.4 feet of fencing would be needed.