A spring whose spring constant is "w" N/m vertically supports a mass of 1.0 kg in the rest position. Find the distance by which the mass must be pulled down, so that on being released it may pass the mean position with a velocity of "x" m/s. Where w = your registration number (e.g. if your registration number is 2020- ME-133, then w = 133 N/m) and x = percentage of marks you obtained in intermediate level (e.g. if you got 74.5% marks in intermediate then x = 74.5 m/s).
A spring whose spring constant is "w" N/m vertically supports a mass of 1.0 kg in the rest position. Find the distance by which the mass must be pulled down, so that on being released it may pass the mean position with a velocity of "x" m/s. Where w = your registration number (e.g. if your registration number is 2020- ME-133, then w = 133 N/m) and x = percentage of marks you obtained in intermediate level (e.g. if you got 74.5% marks in intermediate then x = 74.5 m/s).
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Registration no 20-ME-196
And intermediate 76%
Transcribed Image Text:A spring whose spring constant is "w" N/m vertically supports a mass of 1.0
kg in the rest position. Find the distance by which the mass must be pulled
down, so that on being released it may pass the mean position with a velocity
of "x" m/s.
Where w = your registration number (e.g. if your registration number is 2020-
ME-133, then w = 133 N/m) and x = percentage of marks you obtained in
intermediate level (e.g. if you got 74.5% marks in intermediate then x = 74.5
m/s).
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