The British One Pound coin is 3.15mm thick, so 317 or 318 coins should make a metre high stack.
A single US 1 dollar bill is approximately 0.0043 inches thick. Therefore, a stack of 1 million US 1 dollar bills would be 4,300 inches tall, which is equivalent to 358.33 feet or about 109.24 meters.
12 x 3 / 4 = 9 The stack of 12 boards would be 9 inches high.
12 x 3 / 4 = 9 The stack is 9 inches high.
60
A Canadian one dollar coin (a "loonie") is 1.75mm thick and 26.5mm in diameter (actually it is not round - rather,it has 11 curved sides - but the difference should be minimal for our purposes here). If your question is "How many loonies in a stack of coins one meter high?", then the answer is 1000/1.75 = 571.43, or about 571. If your question is "How many loonies laid end to end would be needed to stretch one meter?", then the answer is 1000/26.5 = 37.74, or about 38.
answer is 97
10 centimeters long
The British One Pound coin is 3.15mm thick, so 317 or 318 coins should make a metre high stack.
If they are one-dollar notes, the stack would be 47.51 miles high.
The stack would be about 678.66 miles high.
A meter is equal to approximately 39.37 inches. Therefore, a parking meter that is one meter high would be approximately 39.37 inches high.
Historically a stack of paper would be up to the ceiling - so how high is the ceiling?
39.37 inches high.
A one-inch stack would contain about 233 bills.
A single US 1 dollar bill is approximately 0.0043 inches thick. Therefore, a stack of 1 million US 1 dollar bills would be 4,300 inches tall, which is equivalent to 358.33 feet or about 109.24 meters.
Back in the late 1970s I actually saw a hundred thousand dollar bill. If they still made them our stack would not be that high even for a trillion dollars since it would only take ten million of them to make a trillion dollars. But even that stack would be a sight to behold. But they stopped making that domination of bill back in the mid 1960s, 1964 I think. On our way to how high the stack would be in 100 dollars bills for the trillion dollars, most paper money (though it is not made out of paper these days), is .0043 inches thick, so one trillion in 100s would be a stack that contains 10 billion bills. The stack would be 678 MILES thick/high. It works out something like this: 10,000,000,000 times .0043 equals 43,000,000 inches which equals 3,583,333 feet which equals 678.66 MILES. If it was 50s the stack would be twice as high or 1357.32 MILES. If its 20s the stack would be 3393.30 MILES high. In 10s it would be twice as high as the previous or 6786.60 MILES and in one dollar bills it would be ten times higher or 67866 Miles high. So in Ben Franklins the stack would be 100 times smaller 678.66 Miles high. That amount in the value of the National Debt would be a stack 10179.92 MILES high. All figures are rounded to the second decimal point.