A graph of the force on an object as a function of its position in the r-direction is shown in the figure. Determine the amount of work done by this force on the object during a displacement from x = -2.00 m to x= +2.00 m. (A) W = -4.00 J 3 (B) W = -2.00 J (C) W = -1.00 J 1. (D) W = 0.00 J (E) W = +1.00 J (F) W = +2.00 J (G) W = +4.00 J -2 -3 -3 1 3 z [m] Graph of force vs. position in the x-direction. Force [N]

A graph of the force on an object as a function of its position in the r-direction is shown in the figure. Determine the amount of work done by this force on the object during a displacement from x = -2.00 m to x= +2.00 m. (A) W = -4.00 J 3 (B) W = -2.00 J (C) W = -1.00 J 1. (D) W = 0.00 J (E) W = +1.00 J (F) W = +2.00 J (G) W = +4.00 J -2 -3 -3 1 3 z [m] Graph of force vs. position in the x-direction. Force [N]

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Description: A graph of the force on an object as a function of its position in the r-direction is shown in the figure. Determinethe amount of work done by this force on the object during a displacement from x = -2.00 m to x = +2.00 m.(A) W = -4.00 J3(B) W = -2.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

A graph of the force on an object as a function of its position in the r-direction is shown in the figure. Determine
the amount of work done by this force on the object during a displacement from x = -2.00 m to x = +2.00 m.
(A) W = -4.00 J
3
(B) W = -2.00 J
2.
(C) W = –1.00 J
1 -
(D) W = 0.00 J
(E) W = +1.00 J
(F) W = +2.00 J
-1
(G) W = +4.00 J
-2
x [m]
Graph of force vs. position in the x-direction.
O A
Force [N]

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