Mathematics, 21.02.2020 18:55 walidwalid686915
31.6 An older proof of Theorem 31.3 goes as follows, which we outline for c = 0. Assume x > 0, let M be as in the proof of Theorem 31.3, and let F(t) = f(t) + n β1 k=1 (x β t)k k! f(k) (t) + M Β· (x β t)n n! for t in [0, x]. Show F is differentiable on [0, x] and F (t) = (x β t)nβ1 (n β 1)! [f(n) (t) β M].
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31.6 An older proof of Theorem 31.3 goes as follows, which we outline for c = 0. Assume x > 0, le...
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