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Re:Log2 ( (distance to moon) / (thickness of paper) ) by erikstarck on Monday April 04, 2011 @03:00PM (#2407994)
...in other words: fold a paper 42 times and you reach the moon.
Re:Log2 ( (distance to moon) / (thickness of paper) ) by jameskilton on Monday April 04, 2011 @03:43PM (#2408183)
And only 8 more folds to reach the sun!

http://www.wolframalpha.com/input/?i=log2+%28+%28distance+to...

Ain't exponentiality awesome?

Re:Log2 ( (distance to moon) / (thickness of paper) ) by olalonde on Monday April 04, 2011 @03:47PM (#2408199)
And only 41.46 more folds to reach the size of the observable universe! :)

http://www.wolframalpha.com/input/?i=log2+%28+%28size+of+uni...

Re:Log2 ( (distance to moon) / (thickness of paper) ) by theboos on Monday April 04, 2011 @03:57PM (#2408246)
... requiring about 4 trillion sheets:

http://www.wolframalpha.com/input/?i=distance+to+moon%2Fthic...

... or 2.586 trillion square feet of paper:

http://www.wolframalpha.com/input/?i=distance+to+moon%2Fthic...

... with a minimum price of $16 billion dollars, not including shipping and handling into space: http://www.wolframalpha.com/input/?i=2+dollars+per+ream+*+1+..., http://www.alibaba.com/product-gs/382045718/bulk_paper.html

Re:Log2 ( (distance to moon) / (thickness of paper) ) by rajasharan on Monday April 04, 2011 @03:07PM (#2408027)
but you can't fold a paper more than 8 times
Re:Log2 ( (distance to moon) / (thickness of paper) ) by wglb on Monday April 04, 2011 @03:10PM (#2408043)