that guy [TCTI v 8]

216782

Do you like swedish house mafia?

216783

Never listened to them, actually. They're probably good.

I don't know what you guys are talking about. :c But this thread needs votes. SO VOTE.

http://www.pokecommunity.com/showthread.php?p=7531845

213784

213785

Swedish House Mafia are pretty good <3 I love their music.

Also I've been so disconnected with PC lately. Time to bounce back! School can burn.

216786

I've been f*****g around on PO lately, and I assembled a team consisting solely of trolls. SubSeed Jumpluff, several Pranksters, Jirachi and Togekiss.

216787

This thread is fantastic. We get to count to forever.

216788

I agree! That's why it has "infinity" in the title. :D

216789

I wonder has anyone ever counted to infinity yet, lol

Damn, these Grammys stuff is one huge ****ing joke.

216790

Chuck Norris did. Twice.

216791

Three times, actually, but the third time he whispered so as not to cause another big bang.

216792

Let's just hope nobody tries to divide by zero again this time.

216793

Hehehehe Megan, I love that KISS theme of yours.

It's so... classic.

216794

Will now indulge in reading. Because hell yeah, culture.

216795

I liks math. Especially simple like this

216796.

simple math is all right. i can do simple math.

I should indulge in culture more often and spend less time on interwebz forums.

216797

If you can do simple math, tell me what is the integral of F·dr (dot product between the vectors F and dr), where F is the vectorial function whose coordinates are given by (10x^4 - 2x*y^3 ; -3x^2*y^2) and dr is the position differential vector of coordinates (dx; dy) along the path given by x^4 - 6x*y^3=4y^2, from the starting point (0;0) to the final point (2;1).

It's quite simple actually.


Blaarh, I tried to translate the names of that stuff as best as I could.

/end show-off

216798

Also, I should do the same as Went.

216799.

Simple math ends at algebra. Other wise I would have said Simple Algebra or simple calculus.

> only person who thinks like that ever

Hello Mr. Maths. Why don't you solve this? integral(0 to 1)log[(1-x)^1/2+(1+x)^1/2]dx
:D

216800

Logarythms of a sum of square roots aren't exactly easy to integrate.

216801