Question
A function f is defined to be bounded if there is some number B > 0 such that -B < f(x) < B for
A function f is defined to be bounded if there is some number B > 0 such that -B < f(x) < B for all values of x. Suppose that f is bounded and that g is continuous at 0 and that g(0) = 0. Prove that the product function fg is also continuous at 0.
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Calculus Early Transcendentals
Authors: James Stewart
7th edition
538497904, 978-0538497909
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