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A force of 12 N is required to stretch a spring 4 m. A mass of 1 kg is attached to the spring and the spring is submerged in a medium creating a damping force numer- ically equal to four times the velocity. The spring is strec- thed 1 m past equilibrium and released from rest. Find the equation of motion of the spring as a function of time.

A force of 12 N is required to stretch a spring 4 m. A mass of 1 kg is attached to the spring and the spring is submerged in a medium creating a damping force numer- ically equal to four times the velocity. The spring is strec- thed 1 m past equilibrium and released from rest. Find the equation of motion of the spring as a function of time.

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A force of 12 N is required to stretch a spring 4 m. A mass of 1 kg is attached to the spring and the spring is submerged in a medium creating a damping force numer- ically equal to four times the velocity. The spring is strec- thed 1 m past equilibrium and released from rest. Find the equation of motion of the spring as a function of time.
Transcribed Image Text:A force of 12 N is required to stretch a spring 4 m. A mass of 1 kg is attached to the spring and the spring is submerged in a medium creating a damping force numer- ically equal to four times the velocity. The spring is strec- thed 1 m past equilibrium and released from rest. Find the equation of motion of the spring as a function of time.
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