C4. A box is being pulled across a rough floor with a force P. What can you say about the work done by pullingforce, normal force, friction, and gravitational force?<0A. W by pulling force > 0, W by normal force > 0, Wby friction <0. W by gravitational forceB. W by pulling force > 0, Why normal force <0, W by friction <0, Wby gravitational force = 0C. W by pulling force > 0, W by normal force=D. Wby pulling force <0, Why normal force = 0, W by friction <0, W by gravitational force = 00, W by friction <0. Wby gravitational force = 0

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A box is being pulled across a rough floor with a force P. What can you say about the work done by pulling force, normal force, friction, and gravitational force? A. W by pulling force > 0, Why normal force > 0, W by friction <0. Why gravitational force <0 B. Wby pulling force > 0, Why normal force < 0, W by friction <0, W by gravitational force = 0 C. W by pulling force > 0, W by normal force = 0, Wby friction <0. W by gravitational force = 0 D. W by pulling force <0, W by normal force 0, W by friction <0, W by gravitational force 0

A box is being pulled across a rough floor with a force P. What can you say about the work done by pulling force, normal force, friction, and gravitational force? A. W by pulling force > 0, Why normal force > 0, W by friction <0. Why gravitational force <0 B. Wby pulling force > 0, Why normal force < 0, W by friction <0, W by gravitational force = 0 C. W by pulling force > 0, W by normal force = 0, Wby friction <0. W by gravitational force = 0 D. W by pulling force <0, W by normal force 0, W by friction <0, W by gravitational force 0

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

C
4. A box is being pulled across a rough floor with a force P. What can you say about the work done by pulling
force, normal force, friction, and gravitational force?
<0
A. W by pulling force > 0, W by normal force > 0, Wby friction <0. W by gravitational force
B. W by pulling force > 0, Why normal force <0, W by friction <0, Wby gravitational force = 0
C. W by pulling force > 0, W by normal force=
D. Wby pulling force <0, Why normal force = 0, W by friction <0, W by gravitational force = 0
0, W by friction <0. Wby gravitational force = 0

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