Give a specific values of x,y,z that will satisfy, Fermat's Last Theorem,(x^n+y^n=z^n), for n>2.Please help!!

Answer 1

Fermat's proof may have been a hoax, but you may want to look up one "Andrew Wiles".

Bottom line: you won't find any numbers.

Answer 2

Fermat's Last Theorem states that there are NO solutions to this equation where all the numbers are non-zero integers.

And in recent years it was indeed proven as a theorem; it's not a conjecture.

Though I suppose if you want to give a non-integer solution (which again is not what the theorem is about), you could always do something like 1, 1, 2^(1/3) and n = 3.

Answer 3

The whole point of Fermat's Last Theorem is that for non-zero integers x, y, and z , and for integer n, there are no solutions for the equation

x^n + y^n = z^n

when n > 2.

Answer 4

they say fermat's proof was just a hoax. i don't know. go see for yourself.