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(Solved): The equation for the forced oscillation of a mass m attached to the lower end of an elastic spring w ...
The equation for the forced oscillation of a mass m attached to the lower end of an elastic
spring whose upper end is fixed and whose stiffness is k, when the driving force F_(0) sinat is
given by
(d^(2)x)/(dt^(2))+(k)/(m)x=F_(0)(sinat)/(m). Solve the equation using Laplace transform when a^(2)!=(k)/(m), given that
initial velocity and displacement are zero from equilibrium position.