Question: (1 point) Find the position vector R(t) and velocity V(t) given the acceleration A(t) = 6434'ti + 32 (:05 (4t) 3' + 4k and the

 (1 point) Find the position vector R(t) and velocity V(t) given

the acceleration A(t) = 6434'ti + 32 (:05 (4t) 3' + 4k

(1 point) Find the position vector R(t) and velocity V(t) given the acceleration A(t) = 6434'ti + 32 (:05 (4t) 3' + 4k and the initial velocity vector V(0) = 21'. + j + 2k and initial position vector 11(0) 2 3i 35 + k. V(t) = ' (-16e"(-4t))i+'18i+35in(4t)j+j+(4t)k+2k ' Rm=l l

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