B2. The pendulum consists of a 5-kg thincylinder fixed to a 0.6 m long rod with amass of 2-kg. e 0.80. The pendulum isreleased from rest when eDetermine the maximum angle of rebound- 90°.after the cylinder strikes the floor.0.09 m0.6m0.09 m

Given: m1=5 kgL=0.6 mm2=2 kge=0.8θ=90 To find: maximum angle of rebound

2. The pendulum consists of a 5-kg thin cylinder fixed to a 0.6 m long rod with a mass of 2-kg. e=0.80. The pendulum is released from rest when 8 Determine the maximum angle of rebound after the cylinder strikes the floor. 90°

2. The pendulum consists of a 5-kg thin cylinder fixed to a 0.6 m long rod with a mass of 2-kg. e=0.80. The pendulum is released from rest when 8 Determine the maximum angle of rebound after the cylinder strikes the floor. 90°

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

B
2. The pendulum consists of a 5-kg thin
cylinder fixed to a 0.6 m long rod with a
mass of 2-kg. e 0.80. The pendulum is
released from rest when e
Determine the maximum angle of rebound
- 90°.
after the cylinder strikes the floor.
0.09 m
0.6m
0.09 m

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