Two blocks with masses (m and m) on a table are moved by a hanging mass (m3) attached to a pulley (see figure below). Assume the masses of the cables and pulleys can be ignored, all the cables are rigid, and all surfaces including bench and pulley are frictionless. A. Draw separate free body diagrams for the three blocks (m, m2, and m3). (6 marks) B. When m3 hits the ground, what is the displacement of m on the bench? (3 marks) C. If m, m2 and m3 are 1.00 kg, 2.00 kg and 3.00kg, respectively, what is the tensions for each cable, i.e., T12, T23 and T3? (6 marks) D. What is the acceleration of m3? (4 marks) E. If all the blocks start from rest, how long will m3 take before it hits the ground? (6 marks) m T12 m T23 m3 T3 0.70m