A 1.80 kg ball is held at rest up one side of a half-pipe. It is 1.90 m off the ground when it is at rest initially. When you release the ball it rolls down and back up the other side, you estimate that it loses 4.0 J of energy to friction, how high does it reach when it rolls up the other side? Give your answer in m to 2 decimal places. Do NOT include units in your answer.
A 1.80 kg ball is held at rest up one side of a half-pipe. It is 1.90 m off the ground when it is at rest initially. When you release the ball it rolls down and back up the other side, you estimate that it loses 4.0 J of energy to friction, how high does it reach when it rolls up the other side? Give your answer in m to 2 decimal places. Do NOT include units in your answer.
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter13: Rotation Ii: A Conservation Approach
Section: Chapter Questions
Problem 2PQ
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A 1.80 kg ball is held at rest up one side of a half-pipe. It is 1.90 m off the ground when it is at rest initially. When you release the ball it rolls down and back up the other side, you estimate that it loses 4.0 J of energy to friction, how high does it reach when it rolls up the other side? Give your answer in m to 2 decimal places. Do NOT include units in your answer.
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