If the block and spring model is subjected to the periodic force F F 0 cos ot, show that the differential equation of motion is x (k m)x (F 0 m) cos t, where x is measured from the equilibrium position of the block What is the general solution of this equation Equilibrium position k www Lond m F F cos wt

Question: If the block-and-spring model is subjected to the periodic force F = F 0 cos ot, show that the differential equation of motion is x

If the block-and-spring model is subjected to the periodic force F = F₀cos ot, show that the differential equation of
motion is ẍ + (k/m)x= (F₀/m) cos ωt, where x is
measured from the equilibrium position of the block. What
is the general solution of this equation? Equilibrium position k www Lond m F = F cos wt

Equilibrium position k www Lond m F = F cos wt

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