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Re: numerical computation contest
This whole thread reminds me of an easy (for you all) geometry question. Imagine a sphere the diameter of the Earth. Add to that a belt around the equator that has no space between it and the surface of the sphere. By how much must the length of that belt be increased to allow a playing card to be slipped underneath the belt at all points along it?
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Nature's Fury FLL team 830 - F L eLements
FRC team 2170 - Titanium Tomahawks
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