College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Question

Mehulyo

Frictionless I W = 8.50 N Frictionless II F = 8.50 N 62. There are 2 nearly identical scenarios shown above. The difference is that in scenario I. an object with weight of 8.50 N hangs from an ideal rope over an ideal pulley while in scenario II, a 8.50 N force is applied to an ideal rope over an ideal pulley. Both ropes attach to the same object on a horizontal frictionless surface. A. Explain in which scenario is a larger acceleration observed for the object on the horizontal surface. B. Explain in which scenario is the tension in the rope larger.
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Transcribed Image Text:Frictionless I W = 8.50 N Frictionless II F = 8.50 N 62. There are 2 nearly identical scenarios shown above. The difference is that in scenario I. an object with weight of 8.50 N hangs from an ideal rope over an ideal pulley while in scenario II, a 8.50 N force is applied to an ideal rope over an ideal pulley. Both ropes attach to the same object on a horizontal frictionless surface. A. Explain in which scenario is a larger acceleration observed for the object on the horizontal surface. B. Explain in which scenario is the tension in the rope larger.
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