Kinetics: The constant 2 N ⋅ m couple acts on the homogeneous disk that rolls without slipping down the incline. Determine the displacement of the disk, measured from the position where the spring is undeformed, for which the total work done on the disk is zero. 2. Kinetics: The constant 2 N · m couple acts on the homogeneous disk that rolls withoutslipping down the incline. Determine the displacement of the disk, measured from theposition where the spring is undeformed, for which the total work done on the disk is zero.2 N-mk= 50 N/m0.25-kg25°

Solution Given data Couple= 2 N-m k= 50 N/m R= 0.2m

2. m nomo eneous disR that vitnout slipping down the incline. Determine the displacement of the disk, measured from the position where the spring is undeformed, for which the total work done on the disk is zero. 2 N-m k = 50 N/m 0.2 5-kg 25°

2. m nomo eneous disR that vitnout slipping down the incline. Determine the displacement of the disk, measured from the position where the spring is undeformed, for which the total work done on the disk is zero. 2 N-m k = 50 N/m 0.2 5-kg 25°

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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Question

Kinetics: The constant 2 N ⋅ m couple acts on the homogeneous disk that rolls without slipping down the incline. Determine the displacement of the disk, measured from the position where the spring is undeformed, for which the total work done on the disk is zero.

2. Kinetics: The constant 2 N · m couple acts on the homogeneous disk that rolls without
slipping down the incline. Determine the displacement of the disk, measured from the
position where the spring is undeformed, for which the total work done on the disk is zero.
2 N-m
k= 50 N/m
0.2
5-kg
25°

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