The equation of motion is given for a particle, where is in meters and is in seconds.

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The equation of motion is given for a particle, where is in meters and is in seconds. Find
(a) The velocity and acceleration as functions of t,
(b) The acceleration after 1 second, and
(c) The acceleration at the instants when the velocity is 0.


43. s = 21 - 15t + 361 + 2, 120 44. s 21- 3t? - 121, t0 sin(71/6) + cos(Tt/6), 0s1<2 46. s = 2r - 71° + 4t + 1, 10 45.
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System Dynamics

ISBN: 978-0073398068

3rd edition

Authors: William Palm III

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