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A spring-mass system is designed as shown in the figure below where, M = 5 kg, m = 2 kg, μs = 0.2, and k = 100 N/m. What maximum displacement can this system have without the block of mass m not slipping over the lower mass M during the oscillation? Consider that there is no friction between the lower block and the ground.

A spring-mass system is designed as shown in the figure below where, M = 5 kg, m = 2 kg, μs = 0.2, and k = 100 N/m. What maximum displacement can this system have without the block of mass m not slipping over the lower mass M during the oscillation? Consider that there is no friction between the lower block and the ground.

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A spring-mass system is designed as shown in the figure below where, M = 5 kg , m = 2 kg , μ s = 0.2 , and k = 100 N / m . What maximum displacement can this system have without the block of mass m not slipping over the lower mass M during the oscillation? Consider that there is no friction between the lower block and the ground.

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