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On the open interval (-2, -1), we define the function f by f(x) = x2. Using only the definition of uniform continuity and not referring

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On the open interval (-2, -1), we define the function f by f(x) = x2. Using only the definition of uniform continuity and not referring to any theorem (no credit if you do), prove that f is uniformly continuous on (-2, -1). On the open interval (-2, -1), we define the function f by f(x) = x2. Using only the definition of uniform continuity and not referring to any theorem (no credit if you do), prove that f is uniformly continuous on (-2, -1)

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