. A coconut falls out of a tree 10 m above the ground and hits a bystander 2.00 m tall on the top of the head. It bounces back up 1 m before falling to the ground. If the mass of the coconut is 1.5 kg, calculate the potential energy of the coconut relative to the ground at each of the following sites: (a) while it is still in the tree, (b) when it hits the bystander on the head, (c) when it bounces up to its maximum height, (d) when it lands on the ground, (e) when it rolls into a groundhog hole, and falls 2 m to the bottom of the hole.
. A coconut falls out of a tree 10 m above the ground and hits a bystander 2.00 m tall on the top of the head. It bounces back up 1 m before falling to the ground. If the mass of the coconut is 1.5 kg, calculate the potential energy of the coconut relative to the ground at each of the following sites: (a) while it is still in the tree, (b) when it hits the bystander on the head, (c) when it bounces up to its maximum height, (d) when it lands on the ground, (e) when it rolls into a groundhog hole, and falls 2 m to the bottom of the hole.
College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter5: Energy
Section: Chapter Questions
Problem 64AP: A boy starts at rest and slides down a frictionless slide as in Figure P5.64. The bottom of the...
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22. A coconut falls out of a tree 10 m above the ground and hits a bystander 2.00 m tall on the top of the head. It
bounces back up 1 m before falling to the ground. If the mass of the coconut is 1.5 kg, calculate the potential energy
of the coconut relative to the ground at each of the following sites:
(a) while it is still in the tree, (b) when it hits the bystander on the head,
(c) when it bounces up to its maximum height, (d) when it lands on the ground,
(e) when it rolls into a groundhog hole, and falls 2 m to the bottom of the hole.
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