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    Lagrange dynamics of a rolling ball inside a hollow cylinder

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    A sphere of radius r is constrained to roll without slipping on the inner surface of the lower half of a hollow cylinder of inside radius R.

    Determine the following:

    a) the Lagrangian function.

    b) The equation of constraint

    c) Lagrange's equation of motion

    d) Frequency of SMALL oscillations

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    https://brainmass.com/physics/energy/lagrange-dynamics-rolling-ball-inside-hollow-cylinder-99039

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    A sphere of radius r is constrained to roll without slipping on the inner surface of the lower half of a hollow cylinder of inside radius R.

    Determine the following:

    a) the Lagrangian function.

    b) The equation of constraint ...

    Solution Summary

    Great example of using Lagrange dynamics. I have provide detailed step in solving this problem in a 3-page word document.

    $2.19

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