# Latex Practice Ground

### #1

Posted 13 May 2006 - 07:45 PM

I will answer all of your questions in that thread as well, please dont post them here, please dont, i will have to move them...

### #2

Posted 22 May 2006 - 06:42 AM

About as far as I got.

### #3

Posted 22 May 2006 - 10:52 AM

[math] a^b [/math]

### #4

Posted 22 May 2006 - 08:21 PM

god this is a bit nice...

[math]\cancel{a}[/math]

[math] \delta aa \acute{50} ,\etc[/math]

mmmm... so many others to try out!

### #5

Posted 23 May 2006 - 02:17 AM

f(x)=\int_{-\infty}^x\frac{(e^{-t^2})}{\sqrt{\pi^x}}dt

[/math]

### #6

Posted 23 May 2006 - 05:41 AM

Will this work?

[math]a^b^c^d^e^f^g^h[/math]

staircase!

[math]\frac{X^5_G}{A_2}[/math]

[math]\huge \frac{1}{\int^{\delta}_{{\delta}{\pi}} {x}^{\frac{987^{\frac{X^5_G}{\int^{a}_{e^{4123}}{x^{\frac{1.24}{L}}}{dx}}}}{\int_{low}^{high}{x^{x^{2e}}dx}}}dx}[/math]

I guess some day or the other, this is going to give up on me. Lets see how much more complex I can make this, before it first shows signs of efficiency weakness.

Any human wanna solve this expression? No! don't run away!

### #7

Posted 23 May 2006 - 10:11 AM

[math]\Large f(t) = \int_{\small x=0}^{\small x=t}\frac{\sqrt{a x^3 + b x + c^2}}{e^{(c\pi x^2)}} dx\\ \normalsize\text{where a, b, c = integers >0}[/math]

Cool beans!! Hot ****!! Ultimate power!!

Tomorrow... [math]\\ \huge\text{The World!}[/math]

### #8

Posted 23 May 2006 - 01:00 PM

Cool beans!! Hot ****!! Ultimate power!!

Tomorrow... [math]\\ \huge\text{The World!}[/math]

Pinky and the Brain reference?

### #9

Posted 23 May 2006 - 01:01 PM

Ahhhh!! Pinky!! There you are!!Pinky and the Brain reference?

### #10

Posted 23 May 2006 - 01:09 PM

Brain:There's only one ride that interests me - the incredible thrill ride of taking over the world!Pinky:Mmm, I think there's a height requirement for that ride.

### #11

Posted 23 May 2006 - 01:19 PM

[LATEX]{\infty}Now[/LATEX]

### #12

Posted 23 May 2006 - 01:23 PM

[math]\huge\text{Take Over the World!!}[/math]

### #13

Posted 07 September 2006 - 09:55 AM

Well that's udderly meaningless.

Found it here, per C1ay's news about the dark matter rebuttal.

http://arxiv.org/abs/astro-ph/0606216

### #14

Posted 12 September 2006 - 10:09 AM

Courtesy of Doctordick. =)

http://home.jam.rr.c...ain/Explain.htm

### #15

Posted 25 February 2007 - 11:43 AM

### #16 Guest_Lambus_*

Posted 27 April 2007 - 03:51 AM

[math]\frac{d}{dx} © = 0[/math]

### #17 Guest_Lambus_*

Posted 27 April 2007 - 03:52 AM

[math]\frac{d}{dx} (x) = 1[/math]