Let (xn) be a sequence of positive real numbers such that lim(x1/nn) = L < 1. Show

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Let (xn) be a sequence of positive real numbers such that lim(x1/nn) = L < 1. Show that there exists a number r with 0 < r < 1 such that 0 < xn < rn for all sufficiently large n ∈ N. Use this to show that lim(xn) = 0.
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Introduction to Real Analysis

ISBN: 978-0471433316

4th edition

Authors: Robert G. Bartle, Donald R. Sherbert

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