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A rod of length 63 cm and mass 3 kg is suspended by two strings which are 45 cm long, one at each end of the rod. B Part One The string on side B is cut. Find the magnitude of the initial acceleration of end B.

A rod of length 63 cm and mass 3 kg is suspended by two strings which are 45 cm long, one at each end of the rod. B Part One The string on side B is cut. Find the magnitude of the initial acceleration of end B.

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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How would I find the initial acceleration
1 of the questions remains unanswered. A rod of length 63 cm and mass 3 kg is suspended by two strings which are 45 cm long, one at each end of the rod. B Part One The string on side B is cut. Find the magnitude of the initial acceleration of end B. A Hint About the AOR A Hint About Tension aj = 58.86 m/s^2 Draw an EFBD without string B. Unlike static problems, there is only one choice for the AOR: the point that the object is actually rotating around. You are able to calculate the angluar acceleration using N2LR and the forces you know. You are not given the tension force in either string. There is a reason for that. Think about where the tension force is acting in relationship to the AOR.
Transcribed Image Text:1 of the questions remains unanswered. A rod of length 63 cm and mass 3 kg is suspended by two strings which are 45 cm long, one at each end of the rod. B Part One The string on side B is cut. Find the magnitude of the initial acceleration of end B. A Hint About the AOR A Hint About Tension aj = 58.86 m/s^2 Draw an EFBD without string B. Unlike static problems, there is only one choice for the AOR: the point that the object is actually rotating around. You are able to calculate the angluar acceleration using N2LR and the forces you know. You are not given the tension force in either string. There is a reason for that. Think about where the tension force is acting in relationship to the AOR.
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