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    Transverse Wave Traveling In A String: Two Wave Velocities

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    Wave motion is characterized by two velocities: the velocity with which the wave moves in the medium (e.g., air or a string) and the velocity of the medium (the air or the string itself).

    Consider a transverse wave traveling in a string. The mathematical form of the wave is:

    y(x,t) = A sin(kx-omega t).

    1. Find the slope of the string frac{partial{y(x,t)}}{partial{x}} as a function of position x and time t.
    Express your answer in terms of A, k, omega, x, and t.
    *** =Akcos((kx-omega*t).

    a) Find the ratio of the y velocity of the string to the slope of the string calculated in the previous part.
    Express your answer as a suitable combination of some of the variables omega, k, and v_p.

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    https://brainmass.com/physics/wavefunction/transverse-wave-traveling-string-wave-velocities-175692

    Solution Summary

    The solution investigates the velocities of the transverse wave traveling in a string (see attached file).

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