Question: B. If a particle is moving in space with a velocity function, v(t) = t2 - 2t - 8 where t is in seconds and

 B. If a particle is moving in space with a velocityfunction, v(t) = t2 - 2t - 8 where t is in

seconds and velocity is measured in meters per second: 41-50. At whattime(s), if any, is the particle at rest? 51 - 60. What

B. If a particle is moving in space with a velocity function, v(t) = t2 - 2t - 8 where t is in seconds and velocity is measured in meters per second: 41-50. At what time(s), if any, is the particle at rest? 51 - 60. What is the acceleration of the particle at t = 3 seconds?A. Derive or Integrate the following functions below using the appropriate theorems for differentiation. dy ! In(Inx 3 ) 21 - 25. 2x 13 26-30.- (cosxsinx dx coszx 31 - 35. S(4x + 2)-3/2 dx 36- 40. J ax -40x-100

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