You laugh, you lose

[Secks69]

Re: You laugh, you lose

lol I never knew takedown was such a retard

He's always been a retard

[Reincarnate]

Re: You laugh, you lose

I chuckled at the circumference joke. brb trying to figure out how to disprove.

It's false because it's saying that the limit of the lengths of the curve brackets at infinity is equal to the length of the curve itself. Clearly, the fact that the perimeter doesn't change shows that it'll never converge to the actual circumference.

[Eduardo Salazar]

Re: You laugh, you lose

I hope and you can see the pictures :P
, ,

[flash dualist]

Re: You laugh, you lose

[Reincarnate]

Re: You laugh, you lose

[psychoangel691]

Re: You laugh, you lose

[x_lambourghini_x]

Re: You laugh, you lose

YES!

[LongGone]

Re: You laugh, you lose

[Sephiroth28]

Re: You laugh, you lose

Omfg! I died! This is so bad.

[Mans0n]

Re: You laugh, you lose

I lol'd pretty hard at that one too haha

[supermousie]

Re: You laugh, you lose

I chuckled at the circumference joke. brb trying to figure out how to disprove.

In layman's terms, what Reincarnate stated is that you indeed do get a surface that appears curved, but is actually made of corners that are infinitely small. Therefore, instead an actual circle equal to pi, we get ultra tiny corners that look like a circle equal to 4.
/late

[Bluearrowll]

Re: You laugh, you lose

[xXAll-ProXx]

Re: You laugh, you lose

[who_cares973]

Re: You laugh, you lose

[Poison-]

Re: You laugh, you lose

...WC that's pretty weird...