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Use the following information to answer parts a-b. A bundle of roofing shingles slides down a roof. a) Sketch a graph showing the gravitational potential, kinetic, and mechanical energy against the change in position of the bundle if there is no friction. Be sure to label your graph appropriately.

Use the following information to answer parts a-b. A bundle of roofing shingles slides down a roof. a) Sketch a graph showing the gravitational potential, kinetic, and mechanical energy against the change in position of the bundle if there is no friction. Be sure to label your graph appropriately.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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b) Sketch a graph showing the gravitational potential, kinetic, and mechanical energy against the change in position of the bundle if there is friction. Be sure to label your graph appropriately.
Transcribed Image Text:b) Sketch a graph showing the gravitational potential, kinetic, and mechanical energy against the change in position of the bundle if there is friction. Be sure to label your graph appropriately.
3) Use the following information to answer parts a-b. A bundle of roofing shingles slides down a roof. a) Sketch a graph showing the gravitational potential, kinetic, and mechanical energy against the change in position of the bundle if there is no friction. Be sure to label your graph appropriately. ⒸADLC All Rights Reserved (2022) ZIT 2047AR 2355 7208 = 1.0 x 10²
Transcribed Image Text:3) Use the following information to answer parts a-b. A bundle of roofing shingles slides down a roof. a) Sketch a graph showing the gravitational potential, kinetic, and mechanical energy against the change in position of the bundle if there is no friction. Be sure to label your graph appropriately. ⒸADLC All Rights Reserved (2022) ZIT 2047AR 2355 7208 = 1.0 x 10²
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how do i put the gravitational potential kinetic and mechanical energy together on 1 graph  for both questions a(no friction)and b(with friction) ?

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