Puffin [any, they/them] to memes • 2 years agoReally stuck on this oneexternal-linkmessage-square84 fedilinkarrow-up159
arrow-up159external-linkReally stuck on this onePuffin [any, they/them] to memes • 2 years agomessage-square84 Commentsfedilink
minus-squarekleeon [he/him, he/him]hexbear26·edit-22 years agohere is another fun one 🍌^3 + 🍎^3 = 🍍^3 where 🍌🍎🍍 are positive integers link
minus-squareTerminalEncounter [she/her]hexbear31·2 years agoI have found a marvelous solution for this problem, but this comment box is too small to write it. link
minus-squareTerminalEncounter [she/her]hexbear12·2 years agoOkay I will. spends seven years proving it like a boss here you go link
minus-squaremath_tutor_throwaway [any]hexbear14·2 years agoanother fun math fact for those interested, this is famously impossible. at least OP has a solution haha link
minus-squareclaxax [they/them]hexbear12·2 years agoNot a conjecture, the n=3 case seen above was proven by the big dog himself, Leonhard Euler, and the general case was famously proven in 1995 link
minus-squarekleeon [he/him, he/him]hexbear5·2 years agoyeah you are right. I got some stuff confused in my head link
here is another fun one
🍌^3 + 🍎^3 = 🍍^3
where 🍌🍎🍍 are positive integers
I have found a marvelous solution for this problem, but this comment box is too small to write it.
:sadness:
write a paper about it
Okay I will. spends seven years proving it like a boss here you go
thank you mr wiles
deleted by creator
another fun math fact for those interested, this is famously impossible. at least OP has a solution haha
umm technically it's only a conjecture
Not a conjecture, the n=3 case seen above was proven by the big dog himself, Leonhard Euler, and the general case was famously proven in 1995
yeah you are right. I got some stuff confused in my head
yeah ok nerd