Energy from the Moon Suppose that some time in the furor we decide to tap the moon's

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Energy from the Moon Suppose that some time in the furor we decide to tap the moon's rotational energy for use on earth, in additional to the astronomical data in Appendix F, you may need to know that the moon spins on its axis once every 27.3 days. Assume that the moon is uniform throughout.
(a) How much total energy could we get from the moon's rotation?
(b) The world presently uses about 4.0 X 16 J of energy per year. If in the future the world uses five times as much energy yearly, for how many years would the moon's rotation provide us energy? In light of your answer, does this seem like a cost-effective energy source in which to invest?
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Chemistry The Central Science

ISBN: 978-0321696724

12th edition

Authors: Theodore Brown, Eugene LeMay, Bruce Bursten, Catherine Murphy, Patrick Woodward

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