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Q2] For the arrangement shown in the fig, if you know that block A has a mass = 30 kg, the fiction coefficients are μs= 0.2, and μk= .17, and block B has a weight= 5kg, and block C has a weight =(W)kg Determine the following 1) draw the FBD 2) the value of W that will cause block A to move to the right, (state the values of N, Fs, Fk) 3) the value of W that will cause block A to move to the left, 4) the value of W that keep block A in equilibrium. rope 30 Block A 15

Q2] For the arrangement shown in the fig, if you know that block A has a mass = 30 kg, the fiction coefficients are μs= 0.2, and μk= .17, and block B has a weight= 5kg, and block C has a weight =(W)kg Determine the following 1) draw the FBD 2) the value of W that will cause block A to move to the right, (state the values of N, Fs, Fk) 3) the value of W that will cause block A to move to the left, 4) the value of W that keep block A in equilibrium. rope 30 Block A 15

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q2] For the arrangement shown in the fig, if you know that block A has a mass = 30 kg, the fiction coefficients are μs= 0.2, and μk= .17, and block B has a weight= 5kg, and block C has a weight =(W)kg Determine the following 1) draw the FBD 2) the value of W that will cause block A to move to the right, (state the values of N, Fs, Fk) 3) the value of W that will cause block A to move to the left, 4) the value of W that keep block A in equilibrium. rope 30 Block A 15
Transcribed Image Text:Q2] For the arrangement shown in the fig, if you know that block A has a mass = 30 kg, the fiction coefficients are μs= 0.2, and μk= .17, and block B has a weight= 5kg, and block C has a weight =(W)kg Determine the following 1) draw the FBD 2) the value of W that will cause block A to move to the right, (state the values of N, Fs, Fk) 3) the value of W that will cause block A to move to the left, 4) the value of W that keep block A in equilibrium. rope 30 Block A 15
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