2. Suppose that the position of a particle is (t) = (cos(xt), sin(xt), t), 0 ≤ t ≤ 2nt. A. Calculate the velocity and ac

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2 Suppose That The Position Of A Particle Is T Cos Xt Sin Xt T 0 T 2nt A Calculate The Velocity And Ac 1 (45.6 KiB) Viewed 56 times

2. Suppose that the position of a particle is (t) = (cos(xt), sin(xt), t), 0 ≤ t ≤ 2nt. A. Calculate the velocity and acceleration vectors for any time t. B. Find the vector equation of a line tangent to 7 (t) at t = =is C. Determine whether the angle between the velocity and acceleration vectors at t = acute, obtuse, or 1/2. D. Calculate the speed of a particle with position function 7 (t) at t = E. Calculate the rate of change of the trajectory of the particle's path at t ==