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Question 3 The mass and the radius of a uniform cylinder are 100 kg and 0.50 m, respectively. It is rotating about the main axis at angular speed w = 12.0 rad/s. A constant force, F is applied at the edge of the cylinder to bring it stops. (The rotational inertia of cylinder is I =MR") 0.5m F Figure 1. Rotating cylinder Calculate (2) the rotational inertia of the cylinder. (b) the angular acceleration for the cylinder stops in 5.0s. (e) the magnitude of the torque applied on the cylinder. (d) the magnitude of constant force, F. (e) the work done by the torque. (Đ the angular momentum lost after the cylinder was stopped.

Question 3 The mass and the radius of a uniform cylinder are 100 kg and 0.50 m, respectively. It is rotating about the main axis at angular speed w = 12.0 rad/s. A constant force, F is applied at the edge of the cylinder to bring it stops. (The rotational inertia of cylinder is I =MR") 0.5m F Figure 1. Rotating cylinder Calculate (2) the rotational inertia of the cylinder. (b) the angular acceleration for the cylinder stops in 5.0s. (e) the magnitude of the torque applied on the cylinder. (d) the magnitude of constant force, F. (e) the work done by the torque. (Đ the angular momentum lost after the cylinder was stopped.

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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Question 3 The mass and the radius of a uniform cylinder are 100 kg and 0.50 m, respectively. It is rotating about the main axis at angular speed w = 12.0 rad/s. A constant force, F is applied at the edge of the cylinder to bring it stops. (The rotational inertia of cylinder is I =MR*) 0.5m F Figure 1. Rotating cylinder Calculate (a) the rotational inertia of the cylinder. (b) the angular acceleration for the cylinder stops in 5.0s. (c) the magnitude of the torque applied on the cylinder. (d) the magnitude of constant force, F. (e) the work done by the torque. (Đ the angular momentum lost after the cylinder was stopped.
Transcribed Image Text:Question 3 The mass and the radius of a uniform cylinder are 100 kg and 0.50 m, respectively. It is rotating about the main axis at angular speed w = 12.0 rad/s. A constant force, F is applied at the edge of the cylinder to bring it stops. (The rotational inertia of cylinder is I =MR*) 0.5m F Figure 1. Rotating cylinder Calculate (a) the rotational inertia of the cylinder. (b) the angular acceleration for the cylinder stops in 5.0s. (c) the magnitude of the torque applied on the cylinder. (d) the magnitude of constant force, F. (e) the work done by the torque. (Đ the angular momentum lost after the cylinder was stopped.
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