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The load P weighs 300 lb. Neglect any source of friction as well as the masses of the ropes, the pulleys and container B. After the system is released from rest, P moves upward with an acceleration of g/4-8.05 ts. Take g 32.2 ft/s. cable G cable H a) [1 pt] Draw a FBD of P. b) [1 pt] Draw a FBD of A+ cable H+ BA + cable your derivation. at is the relation between the acceleration of P and the acceleration of H+ Explain. In particular, explain clearly your choice of axes in d) [2 pts] Write the equations of motion of P and (A + cable H+ B) d H to w e) [3 pts] Determine the weight of A and the tension in the cor attached.

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T4 T w) i7 (111) 22)

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