A ring of mass m1 can move smoothly on a fixed horizontal rod. A string tied to the ring passes over a smooth fixed pulley P carrying a mass m2 at the other end (hanging vertically down). Initially, the ring is held at rest so that the segment of the string between the ring and the pulley makes an angle of θ= 300 with the horizontal. lf the ring is released, and if m2=3m1, then the ratio of instantaneous acceleration a of the mass m2 with the acceleration due to gravityg (i.e.,value of a/g) is:
A ring of mass m1 can move smoothly on a fixed horizontal rod. A string tied to the ring passes over a smooth fixed pulley P carrying a mass m2 at the other end (hanging vertically down). Initially, the ring is held at rest so that the segment of the string between the ring and the pulley makes an angle of θ= 300 with the horizontal. lf the ring is released, and if m2=3m1, then the ratio of instantaneous acceleration a of the mass m2 with the acceleration due to gravityg (i.e.,value of a/g) is:
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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A ring of mass m1 can move smoothly on a fixed horizontal rod. A string tied to the ring passes over a smooth fixed pulley P carrying a mass m2 at the other end (hanging vertically down). Initially, the ring is held at rest so that the segment of the string between the ring and the pulley makes an angle of θ= 300 with the horizontal. lf the ring is released, and if m2=3m1, then the ratio of instantaneous acceleration a of the mass m2 with the acceleration due to gravityg (i.e.,value of a/g) is:
Transcribed Image Text:m₁
10
rod
m₂
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