20 kg A TW S B 10 kg PROBLEM 13.19 The system shown, consisting of a 20-kg collar A and a 10-kg counterweight B, is at rest when a constant 500-N force is applied to collar A. (a) Determine the velocity of A just before it hits the support at C. (b) Solve part a assuming that the counterweight B is replaced by a 98.1-N downward force. Ignore friction and the mass of the pulleys. VA = 3.16 m/s VA = 5.48 m/s

20 kg A TW S B 10 kg PROBLEM 13.19 The system shown, consisting of a 20-kg collar A and a 10-kg counterweight B, is at rest when a constant 500-N force is applied to collar A. (a) Determine the velocity of A just before it hits the support at C. (b) Solve part a assuming that the counterweight B is replaced by a 98.1-N downward force. Ignore friction and the mass of the pulleys. VA = 3.16 m/s VA = 5.48 m/s

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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Question

PROBLEM 13.19
The system shown, consisting of a 20-kg collar A and a 10-kg
counterweight B, is at rest when a constant 500-N force is applied to
collar A. (a) Determine the velocity of A just before it hits the support at
C. (b) Solve part a assuming that the counterweight B is replaced by a
98.1-N downward force. Ignore friction and the mass of the pulleys.
V₁ = 3.16 m/s
= 5.48 m/s

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