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  3. 2 derive the governing differential equations of motion for the...

Question: 2 derive the governing differential equations of motion for the...

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(2) Derive the governing differential equations of motion for the system shown below, and represent it in state-space form. Assume the mass 2m to slide along the surface without friction, and the displacement of the body is considered from the static equilibrium position. Also assume the pulleys are massless. Take the F(t) as the input and the x2 as the output. Clearly state any assumptions you make. Justify your assumptions 3C Fo2m Use the following state vector in solving this problem: x. 21 X = , where v denotes velocity

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