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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
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it would take about $170,243,286,935 to reach the moon proven by M.I.T
15.6 * 200 = 3120 cm.
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One billion US currency bills would create a stack more than 67.8 miles high. The average thickness of the paper used is 0.0043 inches (about 0.11 mm). One billion bills (if they did not get further compressed by the weight) would reach a height of 4.3 million inches (67.866 miles).
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
A lot.
it would take about $170,243,286,935 to reach the moon proven by M.I.T
15.6 * 200 = 3120 cm.
A trillion dollars USD (1 x 10^12 dollars), in a stack with $233 to the inch, would reach a height of more than 67,000 miles (67,737 miles).
2,513,280 one way 5,026,560 round trip
The Average distance to the sun from the earth is 92,900,000 miles. The length of a dollar bill is 6.14 inches. The number of inches in 92,900,000 miles is 5,886,144,000,000. 5,886,144,000,000 divided by 6.14 is 9,586,553,745.928338762214983713355. Therefore it would take approximately 9,586,553,746 dollar bills to reach the sun from the earth stacked end to end depending on the current actual distance from the earth to the sun.
In a straight stack, one trillion US $1 bills would be a stack 67,866 miles high (109220 km).The minimum thickness of a bundle of 50 new US $1 bills is 0.215 inches (0.5 cm), not counting the band. Using the figure of 0.43 inch for 100 bills, or 4.3 inches for a stack of 1000, you reach the following dimensions:1 million one-dollar bills create a stack 4300 inches tall (358.33 feet, 109.22 meters).1 billion one-dollar bills create a stack 4,300,000 inches tall.This is 358,333 feet, or 67.866 miles, or 109.22 kilometers.1 trillion one-dollar bills create a stack 4,300,000,000 inches tall.This is 358,333,333 feet, or 67866 miles, or 109220 kilometers, more than 1/4 of the average distance to the Moon.
That depends entirely on the size of the balls and the classroom. Consider for a moment the shear volume of a million anything. For instance, consider how thin a single US dollar is. But, stack a million of them, and it will reach the top of the Empire State Building.
The maximum height the roller coaster can/will reach