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49. Apply integration to the expansion 1 1+x n=0 (-1) x = 1x + x x + . . . to prove that for
49. Apply integration to the expansion 1 1+x n=0 (-1) x = 1x + x x + . . . to prove that for -1 < x < 1 In(1 + x) = (-1)"-12 X = x - n 2 + - | 3 X 4 +
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Calculus Of A Single Variable
Authors: Ron Larson, Bruce H. Edwards
11th Edition
978-1337275361, 9781337275361
