The height of typical pencil is about 15cm. Laid end to end you would need 66,791,933 to circle the Earth at the equator.
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It would depend on the length of each pencil and the circumference of the Earth. Using averages, if a standard pencil is about 7 inches long, it would take around 131 million pencils to circle the Earth's equator, assuming it is approximately 24,901 miles in circumference.
To calculate how many pencils it would take to circle the Earth, we first need to determine the circumference of the Earth, which is approximately 40,075 kilometers at the equator. Let's assume an average pencil length of 7 inches (0.1778 meters). To find out how many pencils would be needed to form a circle around the Earth, we divide the Earth's circumference by the length of a pencil, which gives us approximately 225,225,593 pencils.
The number of pencils in 1.00 moles of pencils can be calculated using Avogadro's number which is approximately 6.022 x 10^23. So, in 1.00 moles of pencils, there would be approximately 6.022 x 10^23 pencils.
243 Earth days.
Assuming an average arm span of around 5 feet, it would take approximately 131.5 million people standing hand in hand to circle the Earth at the equator, which is approximately 24,901 miles around.
Well, last time I checked, the moon orbited the earth, not the sun. You might , however, argue, that it orbits the sun TOGETHER with earth, then it would take a year to make a full circle around it.
There are 360 degrees of longitude circles that circle the Earth, with each circle representing a full rotation around the planet from east to west.