Let xnnbspbe a sequence such thatnbspxn does not equalnbsp0
Let (xn) be a sequence such that xn does not equal 0 for each n and xn →x as n→∞,where x does not equal 0. Prove, using the definition of convergence, that (1/xn)→(1/x) as n→∞.
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let xnnbspbe a sequence such thatnbspxn does not equalnbsp0 for eachnbspnnbspandnbspxn rarrxnbspasnbspnrarrinfinwhere x
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