mass m and radius R. (a) If we release the system, with what speed does the 3m mass hit the spring (which was a distance h below its intial position)? (b) If the spring undergoes a maximum compression of h, what is the spring constant k? (e) What height will the 3m mass return to?

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Problem 8 Springy Pulley
m
3m
WWW
Consider the arrangment shown, that is at rest. Each pulley has
mass m and radius R. (a) If we release the system, with what
speed does the 3m mass hit the spring (which was a distance h
below its intial position)? (b) If the spring undergoes a maximum
compression of h, what is the spring constant k? (e) What height
will the 3m mass return to?
*********
Transcribed Image Text:Problem 8 Springy Pulley m 3m WWW Consider the arrangment shown, that is at rest. Each pulley has mass m and radius R. (a) If we release the system, with what speed does the 3m mass hit the spring (which was a distance h below its intial position)? (b) If the spring undergoes a maximum compression of h, what is the spring constant k? (e) What height will the 3m mass return to? *********
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