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.
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.
The exact number is not possible to derive without knowing the average spacing of the hand holders.
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.
360 degrees of longitude circle the Earth.
A gross is 144. So you would have 144 pencils.
1 dozen would have 12 pencils.12 multiplied by 8 is 96 pencils.
A gross (a dozen dozen) is equal to 144. Therefore you would have 432 pencils.
33 pencils would cost 6.93, so that is the most you could get.
The moon does not circle the sun directly, it circles the earth. so it would be approximately the same as how long the earth takes, about 365 days.
about never
About 200 billion.
It would depend on whether they are lengthways or crossways. Also, the size of the pencils would be required to a very high degree of accuracy.
675.924
A gross is a dozen dozen (12*12) so if you bought 3 gross you would get 12*12*3 = 432 pencils
Oh, dude, if you bought 3 gross of pencils, you would have 432 pencils. Yeah, that's right, a gross is 144 pencils, so just multiply 144 by 3 and boom, you've got yourself a whole lot of pencils. Like, who even needs that many pencils, am I right?
A gross of pencils is 144 pencils.