The two blocks in the figure are released from rest. There is no friction between m...

    

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The two blocks in the figure are released from rest. There is no friction between m and the floor. If m = 3 kg and m = 2 kg, find (a) the tension in the rope T. (b) the magnitude of acceleration of m, 91, and (c) the magnitude of acceleration of m, a2. Draw the force diagram for the blocks. Calculation steps must be present in your submitted answer. Take g = 9.81 ms 2. Express your numerical answers in 3 sig. fig. m m The two blocks in the figure are released from rest. There is no friction between m and the floor. If m = 3 kg and m = 2 kg, find (a) the tension in the rope T. (b) the magnitude of acceleration of m, 91, and (c) the magnitude of acceleration of m, a2. Draw the force diagram for the blocks. Calculation steps must be present in your submitted answer. Take g = 9.81 ms 2. Express your numerical answers in 3 sig. fig. m m