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part b 9. (a) State the definition of uniform convergence of a sequence of functions fn:AR. (b) Let (fn) be a sequence of functions on

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part b

9. (a) State the definition of uniform convergence of a sequence of functions fn:AR. (b) Let (fn) be a sequence of functions on R, uniformly convergent to a function f:RR. Suppose that, for each nN, there exists MnR with fn(x)>Mn for all xR. Prove that there exists MR such that f(x)>M for all xR

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