Let ƒ : C → C be the function defined by ƒ(z) = z². Using the derivative of ƒ, describe the approximate geometric effect of applying ƒ to a small disc centred at 1+i. (Recall: this effect consists of translation, scaling and rotation).

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Let f: C → C be the function defined by ƒ(z) = z². Using the derivative of f, describe
the approximate geometric effect of applying f to a small disc centred at 1+i. (Recall:
this effect consists of translation, scaling and rotation).
Transcribed Image Text:Let f: C → C be the function defined by ƒ(z) = z². Using the derivative of f, describe the approximate geometric effect of applying f to a small disc centred at 1+i. (Recall: this effect consists of translation, scaling and rotation).
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