16744: Arcadian Knight - Thursday, March 29 2018 - 12:35 AM
For Tobi, this is all easy mode. Wonder when it will have a challenge for her.
16745: Centaur - Thursday, March 29 2018 - 1:48 AM
@Arcadian Knight: "[HM45] Prove that when n is an integer, n > 2, the equation x^n + y^n = z^n has no solution in positive integers x, y, z."
16746: Bisected - Thursday, March 29 2018 - 2:32 AM
She's got their numnber.
16747: TheMegax - Thursday, March 29 2018 - 2:54 AM
Never underestimate Tobi!
16749: Saiko - Thursday, March 29 2018 - 3:39 AM
Simplest solutions are the simplest. I hope the guy will find a challenge for himself to shine, because otherwise he will have some mental breakdown.
16750: LordCortist - Thursday, March 29 2018 - 4:13 AM
Oh my god, look at his face on last panel!
His face is totally priceless!
16752: Pablo360 - Thursday, March 29 2018 - 11:29 AM
@Centaur: Not only could she figure it out, I bet she could fit it in the margins of a textbook.
16753: Fuz - Thursday, March 29 2018 - 12:07 PM
...how?
16754: Solaris - Thursday, March 29 2018 - 1:26 PM
Hm, I wonder if if was plugging in the missing numbers. The answer begins with a 2, and the last chunk had a 6000 number missing. Or not--my ability to read the tiny type is severely lacking.
16755: KingDeDeDe11 - Thursday, March 29 2018 - 7:35 PM
Speaking of discord, that discord chat link in the left no longer works.
16756: Whispers of Sorrow - Thursday, March 29 2018 - 9:45 PM
I almost feel sorry for him.
16790: D - Saturday, March 31 2018 - 11:23 PM
@Centaur Either I'm reading it wrong (english is not my first language) or you could simply state Fermant's theorem. As far as I know there is no proof for all cases, but there is a set of separate proofs for all n < 100 000 (if my memory is correct).
17185: Klaus - Thursday, May 10 2018 - 2:19 PM
@D Isn't Fermat's theorem just the statement, which Centaur asked for the proof for?
43167: Syhkane - Wednesday, August 14 2024 - 9:43 PM
It's just the missing primes typed up in a row.
45530: player_03 - Saturday, January 18 2025 - 4:24 PM
In retrospect, Levin really does sound like he's giving hints to a puzzle he's already solved. Directing attention to the important details and away from distractions, while still allowing the other person to feel like they're the one solving it.
Like someone who's trying to play dumb... or like a game's host.
Does Tobi take math class in Rauel?
For Tobi, this is all easy mode. Wonder when it will have a challenge for her.
@Arcadian Knight: "[HM45] Prove that when n is an integer, n > 2, the equation x^n + y^n = z^n has no solution in positive integers x, y, z."
She's got their numnber.
Never underestimate Tobi!
Simplest solutions are the simplest. I hope the guy will find a challenge for himself to shine, because otherwise he will have some mental breakdown.
Oh my god, look at his face on last panel!
His face is totally priceless!
@Centaur: Not only could she figure it out, I bet she could fit it in the margins of a textbook.
...how?
Hm, I wonder if if was plugging in the missing numbers. The answer begins with a 2, and the last chunk had a 6000 number missing. Or not--my ability to read the tiny type is severely lacking.
Speaking of discord, that discord chat link in the left no longer works.
I almost feel sorry for him.
@Centaur Either I'm reading it wrong (english is not my first language) or you could simply state Fermant's theorem. As far as I know there is no proof for all cases, but there is a set of separate proofs for all n < 100 000 (if my memory is correct).
@D Isn't Fermat's theorem just the statement, which Centaur asked for the proof for?
It's just the missing primes typed up in a row.
In retrospect, Levin really does sound like he's giving hints to a puzzle he's already solved. Directing attention to the important details and away from distractions, while still allowing the other person to feel like they're the one solving it.
Like someone who's trying to play dumb... or like a game's host.