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Unformatted text preview: magnitude but opposite in direction: F A on B = ____________ 2 Tension The man pulls with a force of 100N and the wall pulls back ___________. The man pulls with a force of 100N and the girl pulls back with a force of 100N. The tension in the rope has is ________________ Pulleys In problems like this we assume that the string is ___________ and that the pulley is _______________. In doing so, we see that T S on A = T S on B . The tension remains ___________. Therefore we can draw the free body diagram as if we are dealing with two separate objects. 3 m 2m F T = 12N Scenario 1 5m a F = _____________ Scenario 2 T FT = __________ m = 1.0 kg What is the acceleration? Simultaneously solving 1 and 2 F = (5m)a 1 FT = (2m)a 2 12 ________________ a = 4 m/s...
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This note was uploaded on 04/17/2008 for the course PHYSICS 122 taught by Professor Pope during the Spring '08 term at Clemson.
 Spring '08
 pope
 Force, Power

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