Consider a 3 kg object attached to a hanging spring with spring constant 75 N/m. Assume the system is undamped but has an external force Fe(t) 10 cos(5), If the spring is initially stretched 0.2 m past its resting position and given an upward initial velocity of 0.1 m/s, find a formula for the location of the mass at any time t. As in class, we will take the downward direction to be the positive direction of motion. x(t) = ==1
Consider a 3 kg object attached to a hanging spring with spring constant 75 N/m. Assume the system is undamped but has an external force Fe(t) 10 cos(5), If the spring is initially stretched 0.2 m past its resting position and given an upward initial velocity of 0.1 m/s, find a formula for the location of the mass at any time t. As in class, we will take the downward direction to be the positive direction of motion. x(t) = ==1
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Transcribed Image Text:Consider a 3 kg object attached to a hanging spring with spring constant 75 N/m. Assume the system is undamped but has an external force
Fe(t) 10 cos(5t),
If the spring is initially stretched 0.2 m past its resting position and given an upward initial velocity of 0.1 m/s, find a formula for the location of the mass at any
time t. As in class, we will take the downward direction to be the positive direction of motion.
x(t)=
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