#1. Prove every FLT defines a (sequentially) continuousfunction from the Gauss s

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#1. Prove every FLT defines a (sequentially) continuousfunction from the Gauss sphere to itself,
where convergence to infinity is defined as in class. Quoting theorems about continuity of sums and products andconstants for complex valued functions, it only remains to prove itat the point infinity,
and at points that map to infinity. #1. Prove every FLT defines a (sequentially) continuousfunction from the Gauss sphere to itself,
where convergence to infinity is defined as in class. Quoting theorems about continuity of sums and products andconstants for complex valued functions, it only remains to prove itat the point infinity,
and at points that map to infinity.

Explanation / Answer

Define FLT. The only FLT I know of is Fermat's LastTheorem.

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#1. Prove every FLT defines a (sequentially) continuousfunction from the Gauss s

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