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A force F = 55N acts upon a block of mass M1 = 30kg, that pushes a second block of mass M2 = 20 kg, that pushes a third block of mass M3 = 5kg. The whole system moves along a straight line in absence of gravity or friction. assume that the force F is applied for a period of time T and it drops to zero thereafter. What type of motion do the three masses undergo fort > T? Do the three masses get detached fort > T?

A force F = 55N acts upon a block of mass M1 = 30kg, that pushes a second block of mass M2 = 20 kg, that pushes a third block of mass M3 = 5kg. The whole system moves along a straight line in absence of gravity or friction. assume that the force F is applied for a period of time T and it drops to zero thereafter. What type of motion do the three masses undergo fort > T? Do the three masses get detached fort > T?

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A force F = 55N acts upon a block of mass M1 = 30kg, that pushes a second block of mass M2= 20 kg, that pushes a third block of mass M3 = 5kg. The whole system moves along a straight line in absence of gravity or friction. assume that the force F is applied for a period of time T and it drops to zero thereafter. What type of motion do the three masses undergo fort > T? Do the three masses get detached fort > T?
Transcribed Image Text:A force F = 55N acts upon a block of mass M1 = 30kg, that pushes a second block of mass M2= 20 kg, that pushes a third block of mass M3 = 5kg. The whole system moves along a straight line in absence of gravity or friction. assume that the force F is applied for a period of time T and it drops to zero thereafter. What type of motion do the three masses undergo fort > T? Do the three masses get detached fort > T?
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