python code

Fis the amplitude of the driving force w, the angular frequency .b, related to the damping co-efficient k, related to the restoring force m, the mass of the driven object . We, the natural frequency of the oscillator, and G = m(W2 - 93) + b2w2 Write a program to calculate the amplitude of the oscillation (F/G) versus frequency (w) and plots a series of curves for the following conditions: F= specified by user in N W. = specified by user in rad/s w = a range specified by the user (start, end, increment) b=0.25*mas, 0.50* mus, 0.75 5* mus, 1.00* mu. Your program should Ask the user to input the values of F, m, and a Ask for the minimum, maximum and increment values for . Test to make sure these are sensible limits, i.e. that wmn 20, min0).001 Maximum w value in value): 5 step increment for the axis .02 When b - 0.25**wo, max - 8.061 at freq - 0.981 Hz When b 0.50 m.wo, max - 4.130 at freg - 0.941 HE When -0.75*womax - 2.876 at freq - 0.841 HR When - 1.00**wo, max - 2.309 at freq - 0.701 H