Question: 9. A particle moving in space has acceleration vector a(t) = 2ti + 3tj + 4t k at time t. Its initial velocity and initial

 9. A particle moving in space has acceleration vector a(t) =

2ti + 3t"j + 4t k at time t. Its initial velocity

9. A particle moving in space has acceleration vector a(t) = 2ti + 3t"j + 4t k at time t. Its initial velocity and initial position vectors are v(0) = i - j and r(0) = k. Find the particle's position vector at t

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