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The acceleration (a) of a slider block and its displacement (s) are related by the expression, a ks = , where k is a constant. The velocity v is in the direction of the displacement and the velocity and displacement are both zero when time t is zero. Calculate the displacement, velocity and acceleration as functions of time.

Question-Answer › Category: Theory Of Machines › The acceleration (a) of a slider block and its displacement (s) are related by the expression, a ks = , where k is a constant. The velocity v is in the direction of the displacement and the velocity and displacement are both zero when time t is zero. Calculate the displacement, velocity and acceleration as functions of time.
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John asked 4 months ago

The acceleration (a) of a slider block and its displacement (s) are related byt he expression, a ks = , where k is a constant. The velocity v is in the direction of the displacementand the velocity and displacement are both zero when time t is zero. Calculate the displacement,velocity and acceleration as functions of time

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