2. A 64lb weight stretches a spring 3.2ft in equilibrium. It is submitted to friction with damping coefficient y = 12lb · sec/ft. The weight is initially displaced 2 feet below equilibrium and given a downward velocity of 1ft/sec. Set up and solve the initial value problem modeling the displacement of the weight for t > 0. Note: Please use g = 32 ft/sec? as the acceleration due to gravity.

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2.
A 64lb weight stretches a spring 3.2ft in equilibrium. It is submitted to friction with
damping coefficient y = 12lb · sec/ft. The weight is initially displaced 2 feet below equilibrium
and given a downward velocity of 1ft/sec. Set up and solve the initial value problem modeling
the displacement of the weight for t > 0.
Note: Please use g = 32ft/sec² as the acceleration due to gravity.
Transcribed Image Text:2. A 64lb weight stretches a spring 3.2ft in equilibrium. It is submitted to friction with damping coefficient y = 12lb · sec/ft. The weight is initially displaced 2 feet below equilibrium and given a downward velocity of 1ft/sec. Set up and solve the initial value problem modeling the displacement of the weight for t > 0. Note: Please use g = 32ft/sec² as the acceleration due to gravity.
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