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2. In the diagram the pulley has radius 0.300 m and mass 5.00 kg. The mass on the left is 16.0 kg and the mass on the right is 12.0 kg. The rope is massless. The system is released from rest and the mass on the left falls to the floor 4.80 m below its initial position. MO R a. Calculate the net torque on the pulley during the motion. b. Calculate the acceleration of the mass on the left side of the system. m1 m2

2. In the diagram the pulley has radius 0.300 m and mass 5.00 kg. The mass on the left is 16.0 kg and the mass on the right is 12.0 kg. The rope is massless. The system is released from rest and the mass on the left falls to the floor 4.80 m below its initial position. MO R a. Calculate the net torque on the pulley during the motion. b. Calculate the acceleration of the mass on the left side of the system. m1 m2

College Physics
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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2. In the diagram the pulley has radius 0.300 m and mass 5.00 kg. The mass on the left is 16.0 kg and the mass on the right is 12.0 kg. The rope is massless. The system is released from rest and the mass on the left falls to the floor 4.80 m below its initial position. a. Calculate the net torque on the pulley during the motion. b. Calculate the acceleration of the mass on the left side of the system. m1 m2
Transcribed Image Text:2. In the diagram the pulley has radius 0.300 m and mass 5.00 kg. The mass on the left is 16.0 kg and the mass on the right is 12.0 kg. The rope is massless. The system is released from rest and the mass on the left falls to the floor 4.80 m below its initial position. a. Calculate the net torque on the pulley during the motion. b. Calculate the acceleration of the mass on the left side of the system. m1 m2
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