# ALGEBRAIC PROOF IV FERMAT’S LAST THEOREM

@article{Joseph2015ALGEBRAICPI, title={ALGEBRAIC PROOF IV FERMAT’S LAST THEOREM}, author={J. E. Joseph}, journal={Journal of Advances in Mathematics}, year={2015}, volume={11}, pages={5458-5461} }

The special case 4 4 4 z = x y is impossible [1]. In view of this fact, it is only necessary to prove, ifx, y, z, are relatively prime positive integers, is an odd prime, z = x y (In this article, the symbol will represent an odd prime). Also, a new proof is given that 4 4 4 z = x y is impossible.

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