The spring is stretched 0.2 m from free length in the position shown (Figure P14-80). I = 1.12 kg-m? for cylinder A. If there is no slipping and the system is released from rest, find the velocity of B after it has moved 0.25 m. %3D

Elements Of Electromagnetics
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516 | Chapter 14
14-80. The spring is stretched 0.2 m from free length in the position shown (Figure P14–80). Ic
1.12 kg-m? for cylinder A. If there is no slipping and the system is released from rest, find the
velocity of B after it has moved 0.25 m.
%3D
K= 150 N/m
6'
A
100, kg
4'-
.3 m .1 m
4
A
3
10 kg
Transcribed Image Text:516 | Chapter 14 14-80. The spring is stretched 0.2 m from free length in the position shown (Figure P14–80). Ic 1.12 kg-m? for cylinder A. If there is no slipping and the system is released from rest, find the velocity of B after it has moved 0.25 m. %3D K= 150 N/m 6' A 100, kg 4'- .3 m .1 m 4 A 3 10 kg
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