Derive a set of differential equations that represent the dynamics of the system shown below: m2 ө -L m d Figure 1 Assum

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answerhappygod
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Derive a set of differential equations that represent the dynamics of the system shown below: m2 ө -L m d Figure 1 Assum

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Derive a set of differential equations that represent the dynamics of the system shown below: m2 ө -L m d Figure 1 Assume that the joints are frictionless and that the joint variables are the displacement d of the first link and the angular position of the second link 0. Further, assume that the mass is uniformly distributed in both links.
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