1. The forced spring mass oscillator in the presence of an external periodic force has the form: mx+cx+kx=F sint, where m, c and k are the mass, damping coefficient and the spring constant respectively. In addition, F and are the amplitude and frequency of the external force respectively. Assume x(0) = x(0) = 0.
1. The forced spring mass oscillator in the presence of an external periodic force has the form: mx+cx+kx=F sint, where m, c and k are the mass, damping coefficient and the spring constant respectively. In addition, F and are the amplitude and frequency of the external force respectively. Assume x(0) = x(0) = 0.
1. The forced spring mass oscillator in the presence of an external periodic force has the form: mx+cx+kx=F sint, where m, c and k are the mass, damping coefficient and the spring constant respectively. In addition, F and are the amplitude and frequency of the external force respectively. Assume x(0) = x(0) = 0.
Solve the differential equation for the following cases
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.