SOLUTION: I have a problem with Fermat's last theorem of a^n+b^n=c^n, which actually does hold true if n=3 (or any odd number) and a=-b , which would make c=0, which is the same as 0^3
Algebra.Com
Question 1093374: I have a problem with Fermat's last theorem of a^n+b^n=c^n, which actually does hold true if n=3 (or any odd number) and a=-b , which would make c=0, which is the same as 0^3
Found 2 solutions by greenestamps, ikleyn:
Answer by greenestamps(13198) (Show Source): You can put this solution on YOUR website!
Fermat's Theorem applies to positive integers.
Answer by ikleyn(52776) (Show Source): You can put this solution on YOUR website!
.
The correct formulation of the Fermat's last problem EXCLUDES this case.
So, there is nothing to discuss in your post.
RELATED QUESTIONS
1) if 2^n + 1 is a prime show that n is a power of 2.
it indicates directly to fermat... (answered by richwmiller)
If n and k are integers whose product is 400, which of the following statements... (answered by Edwin McCravy)
If n is any negative number, which of the following must be positive?
(A) n/2
(B) 2n
(answered by stanbon)
if n is any negative number ,which of the following must be positive ?
a n/2 b (answered by Alan3354,jim_thompson5910)
Dear math teacher,
I am having difficulties with the following problem:
4 times nC2 (answered by Theo)
Can someone please help me with this problem:
Use a Venn Diagram and the given... (answered by stanbon)
For n ∈N, P(n) is a proposition such that for any n ∈ N, P(n + 1) ⇒... (answered by tommyt3rd)
There is a famous theorem in Euclidean geometry that states that the sum of the interior... (answered by stanbon)
Adenine (A), cytosine (C), thymine (T) and guanine (G) are four main nucleobases found in (answered by ikleyn)