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Yes; while on the shelf it has potential energy due to gravity of mgh where m = mass and g =gravity acceleration and h is height fom floor.

As it falls its potential energy is converted to kinetic energy mv squared/2 where v = velocity

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Q: Does a book falling from a shelf have gravitational energy?
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Why does a book on a high shelf have more potential energy than on a low shelf?

Well, honey, that book on the high shelf has more potential energy because it's got farther to fall. Gravity's just itching for the chance to show off its power and send that book plummeting down to the ground. So, the higher the book, the more potential energy it's got stored up just waiting to be unleashed.


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There are 5! (that is, 120) distinct ways to arrange five items. Only 1 of them will have the books in alphabetical order by title. So the probability that it happens by random is 1/120.


If a bookworm is eating 6 books each 2 inches and 200 pages and starts from page 1 in book 1 and ends at page 200 in book 6how many pages did he eat?

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