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6/108 The homogeneous disk of mass m is resting on the right-angled supporting surfaces shown. The tension P in the cord is very gradually increased from zero. If the fric- tion at both A and B is characterized by us = 0.25, what happens first-does the homogeneous disk slip in place or does it begin to roll up the incline? Determine the value of P at which this first movement occurs. P 30° A B Mg = 0.25

6/108 The homogeneous disk of mass m is resting on the right-angled supporting surfaces shown. The tension P in the cord is very gradually increased from zero. If the fric- tion at both A and B is characterized by us = 0.25, what happens first-does the homogeneous disk slip in place or does it begin to roll up the incline? Determine the value of P at which this first movement occurs. P 30° A B Mg = 0.25

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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6/108 The homogeneous disk of mass m is resting on the right-angled supporting surfaces shown. The tension P in the cord is very gradually increased from zero. If the fric- tion at both A and B is characterized by μ = 0.25, what happens first-does the homogeneous disk slip in place or does it begin to roll up the incline? Determine the value of P at which this first movement occurs. P 30° A B Mg = 0.25 PROBLEM 6/108
Transcribed Image Text:6/108 The homogeneous disk of mass m is resting on the right-angled supporting surfaces shown. The tension P in the cord is very gradually increased from zero. If the fric- tion at both A and B is characterized by μ = 0.25, what happens first-does the homogeneous disk slip in place or does it begin to roll up the incline? Determine the value of P at which this first movement occurs. P 30° A B Mg = 0.25 PROBLEM 6/108
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