If you attach a mass to an un-stretched spring and then dropit, the mass will mo

Question

If you attach a mass to an un-stretched spring and then dropit, the mass will momentarily come to rest after falling a distancen times greater than if you lowered the mass to its equillibriumpoint, where n is: A. 1 B. 2 C. 3 D. None of these Thanks for the help If you attach a mass to an un-stretched spring and then dropit, the mass will momentarily come to rest after falling a distancen times greater than if you lowered the mass to its equillibriumpoint, where n is: A. 1 B. 2 C. 3 D. None of these Thanks for the help

Explanation / Answer

when the mass is dropped it makes simpleharmonic oscillations about the mean position . but when we lower it stops at the equillibrium position. so the ditance is twice the distance when lowered . so n= 2

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