Question: Let f : R - R be a continuously differentiable function and suppose f'(x) # 0. Show that there exist neighbourhoods U and V of

 Let f : R - R be a continuously differentiable function

and suppose f'(x) # 0. Show that there exist neighbourhoods U and

Let f : R - R be a continuously differentiable function and suppose f'(x) # 0. Show that there exist neighbourhoods U and V of x and f(x) respectively, such that flu : U - V is bijective. Moreover, fis differentiable at f(x) and its derivative equals 1/f'(x)

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