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Solve a problem using differential equations.

I would be grateful if anybody could help me in this problem.

A body of mass *m* is moving around an equilibrium position. It is affected by a return force proportional to the distance to the equilibrium position, and a friction force (absorbing force)

proportional to velocity.

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With the power equation using you can then set up the equation.

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Set *m* = 0.10 kg and *k* = 2.6 N/m. Now determine the solution that satisfies the conditions

*s* (0) = 0.030 m and *s*’(0) = 0 m/s if *b* = 0 Ns/m (damping is neglected)