a million of inches
To determine how many pennies it would take to cover a wall, you first need to know the dimensions of the wall and the size of a penny. A penny has a diameter of about 1.9 cm. For example, if a wall is 2 meters by 3 meters (or 200 cm by 300 cm), the wall area is 60000 cm². The area of a penny is approximately 2.8 cm², so you would need about 21,428 pennies to cover that wall.
1 if it's big enough
To estimate how many pennies would wrap around the Earth, we first need to know the Earth's circumference, which is about 24,901 miles (or approximately 40,075 kilometers). A penny has a diameter of about 1.9 centimeters (0.019 meters). If we divide the Earth's circumference in centimeters (2,400,000,000 cm) by the diameter of a penny, we find that it would take roughly 1.26 billion pennies to wrap around the world once.
1,000,000 British pennies would be 66666.6666666032 feet, 1,000,000 American pennies would be 62499.9999999405 feet, 1,000,000 Australian pennies would be 101049.868766308 feet, and 1,000,000 Canadian pennies would be 62499.9999999405 feet (the same as the American 'penny').
a million of inches
Covering the entire Earth with M&M's would require an incredibly large number, but it's difficult to calculate precisely due to the variable sizes of M&M's. However, it would likely be billions or even trillions of M&M's.
No, 200 billion pennies laid out in a single line would not reach from the earth to the moon. However, stacked on top of each other, they would far exceed the distance between the earth and the moon.
1 if it's big enough
Yes, beneat the surface it is always dark.On the other hand, if we go above the surface, near the Earth it would also be dark, but if some astronaut goes several hundred thousand kilometers from Earth, he would eventually reach a point where - from the point of view of the astronaut - the Earth is not able to cover the entire Sun, and where it is unlikely that Earth happens to be right in front of the Sun, where it covers the sunlight even partially.Yes, beneat the surface it is always dark.On the other hand, if we go above the surface, near the Earth it would also be dark, but if some astronaut goes several hundred thousand kilometers from Earth, he would eventually reach a point where - from the point of view of the astronaut - the Earth is not able to cover the entire Sun, and where it is unlikely that Earth happens to be right in front of the Sun, where it covers the sunlight even partially.Yes, beneat the surface it is always dark.On the other hand, if we go above the surface, near the Earth it would also be dark, but if some astronaut goes several hundred thousand kilometers from Earth, he would eventually reach a point where - from the point of view of the astronaut - the Earth is not able to cover the entire Sun, and where it is unlikely that Earth happens to be right in front of the Sun, where it covers the sunlight even partially.Yes, beneat the surface it is always dark.On the other hand, if we go above the surface, near the Earth it would also be dark, but if some astronaut goes several hundred thousand kilometers from Earth, he would eventually reach a point where - from the point of view of the astronaut - the Earth is not able to cover the entire Sun, and where it is unlikely that Earth happens to be right in front of the Sun, where it covers the sunlight even partially.
The use to it is when the world is falling apart or a HUGE valcano blows and it is gonna cover the whole entire earth!
No. Lunar eclipses affect the entire night half of the Earth, and happen every year or so. Solar eclipses cover only a tiny swath of the Earth's surface, but given enough time, every point on Earth would be affected.
To completely cover the Earth with water, it would take approximately 332.5 million cubic miles of water.
You would get 10 pennies for 2 nickels, as each nickel is worth 5 pennies.
Modern US cents are 3/4 of an inch wide, with an area of 0.442 square inches. The Sun is a sphere with a diameter of 865,000 miles, and a maximum cross-sectional area of about 587 billion square miles. To equal the area of the Sun's visible face, you would need 5.38 x 10^21 pennies (5.38 billion trillion pennies) - this could create a penny-thick disk the same size as the Sun. If you had to overlap the pennies rather than melt them down, it would take at least 6.85 x 10^21 pennies.
The earth is falling. It takes the earth an entire year to fall once around the sun.
I would say approximatley 671,385,264 pennies is how much it would take to wrap around the Earth once this answer is really wrong! so heres the right answer two ways: first , if a penny is : 19.05 mm (0.750 in) in Diameter and then earth is 40075.02 km at the middle(Circumference) then it would take 1,577,756,692.9 pennies. Think edge to edge! 40 075.02 kilometer = 1 577 756 692.9 inch second, if you were to lay them standing up back to back, then the Thickness:1.55 mm (0.061 in), so it would take 40,075,020,000 pennies! 40 075.02 kilometer = 40 075 020 000 millimeter so i would estimate that the U.S. made about 125 trillion pennies from 1793 to 2008. so you could do it about twice, however most pennies have a life of 22 days before they end up in the trash.