The 10 kg sleeve can slide on a frictionless rod in a vertical plane. The sleeve...

 

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The 10 kg sleeve can slide on a frictionless rod in a vertical plane. The sleeve is attached to a spring (k = 1000 N/m, natural length = 150 mm), which is initially in the position shown in Figure 3; the sleeve is released from this position. Calculate the maximum length L of the spring. L 30% 100 mm The 10 kg sleeve can slide on a frictionless rod in a vertical plane. The sleeve is attached to a spring (k = 1000 N/m, natural length = 150 mm), which is initially in the position shown in Figure 3; the sleeve is released from this position. Calculate the maximum length L of the spring. L 30% 100 mm

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SOLUTION To calculate the maximum length L of the spring we need to consider the equilibrium positio... View the full answer