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    A wave travels along a wire: Find the maximum particle speed of points on the wire.

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    A wave travels along a wire at 5 m/sec toward +x. SEE ATTACHMENT #1 for a diagram showing y and t axis system with scale values.

    PART a. Using information shown on the diagram, write y(x,t) in terms of k and (omega), with numbers for the constants.
    PART b. When t= 3 sec, and at x= 7 m, find y.
    PART c. At location x= 2.8 m, when y= -4 m, find the time t.
    PART d. Find the maximum particle speed of points on the wire.

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    https://brainmass.com/physics/nuclear-particles/maximum-particle-speed-points-wire-7304

    Attachments

    Solution Preview

    PART a.
    The period is read from the t scale, and the amplitude is read from the y scale. Use auxiliary relationships k= 2 Pi / (lambda) and v= f (lambda) and write y(x,t).

    PART b.
    Using the ...

    Solution Summary

    The expert finds the maximum particle speed of points on the wire. A diagram function is given. With explanation and calculations, the problems are solved.

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