Question

A rope of length L = 0.60 m, and mass m = 160 g is under tension T = 200 N. Assume that both ends are nodes. (a) Find the three longest resonant wavelengths for the rope. (b) Find the fundamental frequency and first two overtones for the resonant standing waves in the rope. (c) How would the results to part (a) and (b) change if the tension is the rope were 800 N?