The pendulum is released from the 60 position and then strikes the initially stationary cylinder of mass m 2 when OA is vertical Determine the maximum spring compression Use the values m 1 3 kg, m 2 2 kg, OA 0 8 m, e 0 7, and k 6 kN m Assume that the bar of the pendulum is light so that the mass m 1 is effectively concentrated at point A The rubber cushion S stops the pendulum just after the collision is over Neglect all friction K 60 m1 A S k m2

Question: The pendulum is released from the 60 position and then strikes the initially stationary cylinder of mass m 2 when OA is vertical. Determine the

The pendulum is released from the 60° position and then strikes the initially stationary cylinder of mass m₂ when OA is vertical. Determine the maximum spring compression δ. Use the values m₁ = 3 kg, m₂ = 2 kg, OA = 0.8 m, e = 0.7, and k = 6 kN/m. Assume that the bar of the pendulum is light so that the mass m₁ is effectively concentrated at point A. The rubber cushion S stops the pendulum just after the collision is over. Neglect all friction.

K 60 m1 A S k- m2

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