A mole is equal to 6.022*10^23. The length of a dollar bill is 15.596 cm. Depending on the teacher, you might need the circumference of the earth going through the poles or around the equator. So I'll do both. The circumference through the: Equator is 40,075.16 km. Poles is 40,008 km. To solve you need to find out how long one mole of dollar bills is. (6.022*10^23)(15.596)=9.392*10^24 Then you need to divide this number by the circumference of your choice. (9.392*10^24)/EQUATOR(C) = 5.858*10^15 (9.392*10^24)/POLES(C) = 2.348*10^20 So depending, your answer would be either 5,858,000,000,000,000 or 234,800,000,000,000,000,000 respectively. mischief managed.
It takes 256964529 dollar bills.
each dollar bill is 6.12 inches long the equator is 24901.55 miles around multiply 24901.55 by the number of feet in a mile 5280 multiply that by 12 to get it into inches divide by 6.12 for the dollar bills
A dollar is estimated to be 6.14 inches long. In cm this equals 6.14 * 2.54 = 15.5956cm. 23 trillion (using the American / modern British definition) = 2.3 * 1013
Therefore, the total length of all the dollar bills end to end = 15.5956 * (2.3 * 1013) = 358,698,800,000,000cm!
We can convert to kilometres by dividing by 100,000 = 3,586,988,000km.
The circumference of the earth at the equator is approximately 40,075.16 kilometres.
Therefore the bills will wrap around the earth 3,586,988,000 / 40,075.16 = 89506.517 times (to 3 decimal places). Let us round this up to approximately 89,507 times.
about 256996708.559
50000000
You have about 1 meter of DNA in each cell. Adults have roughly 100 trillion cells meaning 100 trillion meters of DNA. The world is about 40 million meters around at the equator. 100 trillion divided by 40 million leaves you with 2.5 million wraps around the Earth.
Earth's circumference is about 40,000 kilometers. Convert your 4800 trillion miles to kilometers and divide by 40,000, to know how many times aroud it is.
It wouldn't exist as the gravitational attraction would tear the planet apart.
In my opinion, yes. There are at least 10 billion trillion Earth-like planets in the observable universe.
21 trillion AU
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.
approximately 3898.1203799009 times
1000 trillion dollars is bigger than 999 trillion dollars. 1,000 trillion is also called one quadrillion.
Let's assume you want to go around the earth at the equator. (That is known as a great circle, just as an aside. ) So the distance around the earth at the equator is 24,901.5 miles and let's say a dollar is about 6 inches long. One mile= 63360 inches 63360 x 24901.5 = 1,577,759,040 inches to go around the equator. Now divide that by 6 and we have the number of bills. 1577759040 / 6 = 262,959,840 262,959,840 bills to go around the earth at the equator! And in these hard times, that's a lot of cash!
1000 billion dollars!!!!\ woah dog! ============================================================== Here are some other perspectives on 1 trillion dollars: Consider that light travels at about 186,000 miles per second. This time is called a light-second and is often used in astrophysical discussions. A light-second is also about 983,571,056 feet (that's how many feet are in 186,000 miles). This is almost 1 billion. Now, since a dollar bill is 6 inches long, there are almost 2 billion 1 dollar bills in a stretch that covers 186,000 miles - and it would take light 1 second to travel the length of 2 billion dollar bills. Now consider the distance from the earth to the sun - average is about 93,000,000 miles. Converting this to feet, and accounting that it takes 2 dollar bills to make a foot, we find that it takes 982,080,000,000 dollar bills to go from here to the sun - end-to-end. This is almost (within 1.8%) 1 trillion dollars. If we actually stretched the 1 trillion dollars from here to the sun, it would take light 8 minutes and 20 seconds to go from one end to the other. That's what a trillion dollars is.
Surface area of the Earth - 510.070.000 km^2 Surface area of a dollar - 16 in^2 or .000406 km^2 To cover the Earth - 1.255.090.000.000 about one and a quarter TRILLION dollars FengShui
The present US currency measures 2.61 inches wide by 6.14 inches long, and the thickness is .0043 inches. 1 trillion is 1,000,000,000,000. (at least in the US, a British trillion is sometimes 1,000,000,000,000,000,000 one million times larger then the US trillion. That is why it is a good idea to use scientific notation: 1 US trillion = 1*1012. 1 British trillion = 1*1018. A hell of a difference). So, a stack of 1 trillion dollar bills would be: 1,000,000,000,000 x .0043 inches = 4,300,000,000 inches. 4,300,000,000 inches = 358,333,333.333333 feet 358,333,333.333333 feet = 67,866.1616 miles Say 68 thousand miles to be approximate The equator is about 24,900 miles in circumference. This means that at the equator the stacked bills (now lying on their edges) would circle the earth about 2.73 times. The bills side by side would cover almost 4000 square miles, an area larger than the state of Delaware
963,816,714.188 times.
around 500 trillion tons
You have about 1 meter of DNA in each cell. Adults have roughly 100 trillion cells meaning 100 trillion meters of DNA. The world is about 40 million meters around at the equator. 100 trillion divided by 40 million leaves you with 2.5 million wraps around the Earth.
it would weigh the same because the mortor comes from earth
Earth's circumference is about 40,000 kilometers. Convert your 4800 trillion miles to kilometers and divide by 40,000, to know how many times aroud it is.