As shown on Figure below, Atwood's Machine consists of two masses, m, and m2, i.e., m, > m, suspended from a pulley that is attached to the ceiling. The sizes of the blocks are ignored in all cases. The pulley is a thin disk of mass M and radius R. Do NOT ignore the motion of the pulley in this problem. The tension T, is in the rope pulling on mass m,, and the tension T; is in the rope pulling on mass m2. d) What is the rotational speed of the pulley just as m; M hits the floor? R m2
As shown on Figure below, Atwood's Machine consists of two masses, m, and m2, i.e., m, > m, suspended from a pulley that is attached to the ceiling. The sizes of the blocks are ignored in all cases. The pulley is a thin disk of mass M and radius R. Do NOT ignore the motion of the pulley in this problem. The tension T, is in the rope pulling on mass m,, and the tension T; is in the rope pulling on mass m2. d) What is the rotational speed of the pulley just as m; M hits the floor? R m2
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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I uploaded multiple-question questions; a, b and c are solved. Can you solve the option d? Thank you.
Transcribed Image Text:As shown on Figure below, Atwood's Machine consists of two masses, m, and m2, i.e., m, > m,
suspended from a pulley that is attached to the ceiling. The sizes of the blocks are ignored in all
cases. The pulley is a thin disk of mass M and radius R. Do NOT ignore the motion of the pulley in
this problem. The tension T, is in the rope pulling on mass
m,, and the tension T; is in the rope pulling on mass m2.
d) What is the rotational speed of the pulley just as m;
M
hits the floor?
R
m2
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