(Solved): For the shown pulley system, if the block C has a mass mC =3.5(x)kg is moving to the downward wi ...
For the shown pulley system, if the block C has a mass mC?=3.5(x)kg is moving to the downward with a velocity vD?(t)=(40y?t2.5?8x?t+3)m/s, and the block D has a mass mD?=8(y)kg is moving to the upward at constant acceleration of aC?=(5x+y?)m/s2, as shown. If the system motion started from rest, calculate (i) the distance moved by block C at t=3s. (ii) the magnitude and direction of displacement for the cylinder G at t=5s. (iii) the magnitude and direction of acceleration of cylinder G at t=5s, (iv) the magnitude and direction of velocity of cylinder G at t=5s.