for the waves on a string, there are two formulae for the wave velocity
v = λ/f and v = √t/µ
where v is the wave speed, is the wavelength, is the frequency, T is the tension, is the mass per unit length of the string or rope. Assume that the mass and the length of the string are both constants when you change the tension/frequency.
a) If you increase the tension on the rope, explain what happens (and why) to the remaining variables (v, λ, μ, T0, and f) as a result of this change
(2) if you increase the frequency of the waves on the rope explain what happens (and why) to the remaining variables (v, λ, μ, T0, and f) as a result of this change.
