-4me. Assume the particle starts with velocity u in z=0. A particle of mass moves in...

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-4me. Assume the particle starts with velocity u in z=0. A particle of mass moves in a straight line wih velocity e(t), subject only to a linear air resistance F 1. Using the change of variables =B find the velocity of the particle as a function of its position, z, the initial velocity, t, and its mass, m. du dt dz *(a)= 2. Calculate the distance travelled by the particle before coming to a stop AM -4me. Assume the particle starts with velocity u in z=0. A particle of mass moves in a straight line wih velocity e(t), subject only to a linear air resistance F 1. Using the change of variables =B find the velocity of the particle as a function of its position, z, the initial velocity, t, and its mass, m. du dt dz *(a)= 2. Calculate the distance travelled by the particle before coming to a stop AM