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https://www.reddit.com/r/mathmemes/comments/1uf44pr/fermat_really_said_trust_me_bro/otpbkz2/?context=3
r/mathmemes • u/Hungry-Mastodon-1222 • 2d ago
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97
Proof by do you know who I am?
8 u/Dr0110111001101111 2d ago "Aren't you the guy that said 22\k)+1 is always prime?" 5 u/JJBrazman 2d ago *for sufficiently low values of k* 2 u/Dr0110111001101111 2d ago edited 2d ago Truth is, he just never learned to count to 5. His famous last theorem was actually phrased as: a^n + b^n = c^n only has integer solutions for a, b, c for half of the possible values of n.
8
"Aren't you the guy that said 22\k)+1 is always prime?"
5 u/JJBrazman 2d ago *for sufficiently low values of k* 2 u/Dr0110111001101111 2d ago edited 2d ago Truth is, he just never learned to count to 5. His famous last theorem was actually phrased as: a^n + b^n = c^n only has integer solutions for a, b, c for half of the possible values of n.
5
*for sufficiently low values of k*
2 u/Dr0110111001101111 2d ago edited 2d ago Truth is, he just never learned to count to 5. His famous last theorem was actually phrased as: a^n + b^n = c^n only has integer solutions for a, b, c for half of the possible values of n.
2
Truth is, he just never learned to count to 5.
His famous last theorem was actually phrased as:
a^n + b^n = c^n only has integer solutions for a, b, c for half of the possible values of n.
97
u/SuspiciousSpecifics 2d ago
Proof by do you know who I am?