1.) Spring- Mass System: Set up a differential equation for the information given below. Find w(t). Show all work A large block that weights 10lbs is placed on a spring and the spring is streched by 1/4 ft. After the large block is removed, a smaller block(mass 1.8 slugs). Then a damping force that is 2 times greater than the instantaneous velocity. The block is released from 1/3ft above the equilibrium, with a downward velocity of 1.25fps. use t=time, w=position.
1.) Spring- Mass System: Set up a differential equation for the information given below. Find w(t). Show all work A large block that weights 10lbs is placed on a spring and the spring is streched by 1/4 ft. After the large block is removed, a smaller block(mass 1.8 slugs). Then a damping force that is 2 times greater than the instantaneous velocity. The block is released from 1/3ft above the equilibrium, with a downward velocity of 1.25fps. use t=time, w=position.
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Differential Equations
1.) Spring- Mass System: Set up a differential equation for the information given below. Find w(t). Show all work
A large block that weights 10lbs is placed on a spring and the spring is streched by 1/4 ft. After the large block is removed, a smaller block(mass 1.8 slugs). Then a damping force that is 2 times greater than the instantaneous velocity. The block is released from 1/3ft above the equilibrium, with a downward velocity of 1.25fps. use t=time, w=position.
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