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2. In the figure below, m, is released from rest with the spring in equilibrium. Calculate the speed of m2 when it has fallen a

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2. In the figure below, m, is released from rest with the spring in equilibrium. Calculate the speed of m2 when it has fallen a distance h = 30 cm. Assume frictionless surface between m, and the surface. Take m1 = 2 kg, m2= 8 kg and spring constant K = 100 N/m. Use W-KE Theorem to solve this problem! (10 pts) Im. 1 = h: soom mz

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