Q and A 🤡🤡🤡

[JDP_Random]

@Thetruepath whelp the Collatz Conjecture remains unsolved

[A Former User]

JDP_Random well you do it then

[JDP_Random]

@Thetruepath ok

[JDP_Random]

so it is basically it goes down to 3x+1 where x is a variable

[JDP_Random]

it asks whether repeating two simple arithmetic operations will eventually transform every positive integer into 1.

[A Former User]

JDP_Random you lost me at the first message 💀

[JDP_Random]

heres a graph also

[A Former User]

JDP_Random OoOoo graph

[JDP_Random]

I have just found the conjecture to be true for all numbers up to 2^68

[A Former User]

JDP_Random 💀🤓🤡

[A Former User]

JDP_Random =

[JDP_Random]

@Thetruepath Nope

[A Former User]

JDP_Random yup

[JDP_Random]

I think i solved it x = (2x + 1)/3

[JDP_Random]

but i don’t know since this question has been unsolved for many years

[A Former User]

JDP_Random 💀💀💀 photo math

[JDP_Random]

@Thetruepath here’s the advanced math I did

[A Former User]

JDP_Random that ain’t even english math 😭

[A Former User]

Bro says he didn’t disprove the collatz conjecture for all numbers up to 2^68 when he literally probably watched this video

[yourlocalkitkat]

@Thetruepath ermmmmmmm was it u that broke my ribs?