The dollar bill is 6.6294 centimetres long.
A mile is equivalent to 1.609344 Kilometres which equates to 160,934.4 cm.
So now if we divide 160,934.4 by 6.6294 we will get the number of dollars end to end that make up a mile. That's
160934.4 / 6.6294 = 24,275.8621
So lets call it 24,276 dollar bills or $24,276
If you want to go all the way around the Earth (at the equator), you'll need 604,520,952 dollar bills. $605million dollars should cover it so you can pocket the loose change.
31,680! because if you multiplied 5,280 because that is how many feet is in a mile! Then you multiply 5,280 by 6in. because 6in. is how long a dollar bill is! And then you multiply 5,280 by 6 and you get 31,680!
There are 5280 feet in a mile. Convert miles to inches so 5280*12 = 63360. Now you must find the average length, in inches, of the dollar bill. Take that number and divide it into 63360 and you will have your answer.
61400000
It takes 41,851,655 U.S. dollar bills laying end to end to circle the earth. 24,902 Earth's circumference in miles X 5,280 (feet per mile) = 21,414,097 circumference of Earth in feet. 21,414,097 x 12 = 256,969,164 circumference of earth in inches. 256,969,164 / 6.14 inches (length of U.S. dollar bill) = 41,851,655 United States paper currency to encircle the earth if placed end to end. (DON'T PICK ON THE ROUNDING ERRORS, I DID THIS WITH PAPER AND PENCIL) 382,302 trips around the earth with U.S. ONE DOLLAR bills would almost cover the nations $16,000,000,000,000 (Trillion) debt. OR 3,823 trips around the earth with U.S. ONE-HUNDRED DOLLAR bills (the largest denomination currently printed in the U.S.) would almost cover our 16 Trillion Dollar Debt.
The Dimensions of a Dollar Bill are 6.14 × 2.61 × 0.0043 in (156 × 66.3 × 0.11 mm).There are approximately 63,360 In (1,609,344 mm) in a Mile.Therefore, we just take the mile, and divide by the length of the dollar bill.SO: 63,360/6.14 (inches) = 10,319.21824Therefore: $1,000,000 divided by $10,320 (dollars per mile) = 97 miles!
There are 63,360 inches in a mile. A US dollar bill is 6.14 inches long. To calculate how many dollar bills laid end to end would fit in a mile, divide the total inches in a mile by the length of a dollar bill: 63,360 inches รท 6.14 inches = approximately 10,327 dollar bills laid end to end in a mile.
31,680! because if you multiplied 5,280 because that is how many feet is in a mile! Then you multiply 5,280 by 6in. because 6in. is how long a dollar bill is! And then you multiply 5,280 by 6 and you get 31,680!
There are 5280 feet in a mile. Convert miles to inches so 5280*12 = 63360. Now you must find the average length, in inches, of the dollar bill. Take that number and divide it into 63360 and you will have your answer.
2,513,280 one way 5,026,560 round trip
It took $170,000,000,000 (2005) to reach the moon through the Apollo Program. But it would take 38902 dollar bills lined up end to end to reach the moon
96,906.566 miles
61400000
It takes 41,851,655 U.S. dollar bills laying end to end to circle the earth. 24,902 Earth's circumference in miles X 5,280 (feet per mile) = 21,414,097 circumference of Earth in feet. 21,414,097 x 12 = 256,969,164 circumference of earth in inches. 256,969,164 / 6.14 inches (length of U.S. dollar bill) = 41,851,655 United States paper currency to encircle the earth if placed end to end. (DON'T PICK ON THE ROUNDING ERRORS, I DID THIS WITH PAPER AND PENCIL) 382,302 trips around the earth with U.S. ONE DOLLAR bills would almost cover the nations $16,000,000,000,000 (Trillion) debt. OR 3,823 trips around the earth with U.S. ONE-HUNDRED DOLLAR bills (the largest denomination currently printed in the U.S.) would almost cover our 16 Trillion Dollar Debt.
The Dimensions of a Dollar Bill are 6.14 × 2.61 × 0.0043 in (156 × 66.3 × 0.11 mm).There are approximately 63,360 In (1,609,344 mm) in a Mile.Therefore, we just take the mile, and divide by the length of the dollar bill.SO: 63,360/6.14 (inches) = 10,319.21824Therefore: $1,000,000 divided by $10,320 (dollars per mile) = 97 miles!
approximately 3898.1203799009 times
The earth is [approximately] spherical and, as a result, it has no ends!
The physical distance of $1,000,000,000 in one-dollar bills would depend on the denomination of the bills. If we assume the bills are in $100 denominations, then $1,000,000,000 would consist of 10,000,000 bills. A single bill is approximately 0.0043 inches thick, so 10,000,000 bills would stack up to about 4300 inches, or roughly 358 feet.