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    Real Analysis : Bounded Continuity / Differentiability

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    Problem:

    Let f: [0, ∞) → R be a bounded function. For all X greater than or equal to 0, let G(x)=sup{f(t): 0 is less than or equal to t is less than or equal to x}

    a) Show that if f is continuous, g is also continuous. Is the converse also true? Justify.

    b) If f is differentiable and continuous, is g also differentiable and continuous? Justify.

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    https://brainmass.com/math/real-analysis/real-analysis-bounded-continuity-differentiability-31517

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    is a bounded function. For each , let .
    1. Show that if is continuous, then is continuous. Is the converse also true?
    Proof:
    If is continuous, then for each , is continuous on the closed interval . So can get the maximum value ...

    Solution Summary

    Bounded Continuity and Differentiability are investigated. The solution is detailed and well presented.

    $2.19

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