If the spring of constant k = 314 N/m is compressed a distance 8 = 154 mm as indicated, calculate the acceleration arel of the block ofmass m₁ = 29 kg relative to the frame of mass m₂ = 36 kg upon release of the spring. The system is initially stationary.Answer: arelm₁im₂m/s²

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If the spring of constant k = 314 N/m is compressed a distance 8 = 154 mm as indicated, calculate the acceleration arel of the block mass m₁ = 29 kg relative to the frame of mass m₂ = 36 kg upon release of the spring. The system is initially stationary. www m1 Answer: arel = i m₂ m/s²

If the spring of constant k = 314 N/m is compressed a distance 8 = 154 mm as indicated, calculate the acceleration arel of the block mass m₁ = 29 kg relative to the frame of mass m₂ = 36 kg upon release of the spring. The system is initially stationary. www m1 Answer: arel = i m₂ m/s²

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

If the spring of constant k = 314 N/m is compressed a distance 8 = 154 mm as indicated, calculate the acceleration arel of the block of
mass m₁ = 29 kg relative to the frame of mass m₂ = 36 kg upon release of the spring. The system is initially stationary.
Answer: arel
m₁
i
m₂
m/s²

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