Difference between revisions of "AoPS Wiki:Sandbox"

Line 51: Line 51:
  
 
<asy>
 
<asy>
pair A,B,C;
+
pair A,B;
 
A=(0,0);
 
A=(0,0);
 
B=(1,1);
 
B=(1,1);
C=(3,1);
 
 
draw(A--B);
 
draw(A--B);
draw(C--A);
 
draw(C--B);
 
 
dot((0,0));
 
dot((0,0));
 
dot((1,1));
 
dot((1,1));
dot((3,1));
 
 
label("<math>A</math>",A,W);
 
label("<math>A</math>",A,W);
 
label("<math>B</math>",B,N);
 
label("<math>B</math>",B,N);
label("<math>C</math>",C,E);
 
 
</asy>
 
</asy>

Revision as of 10:16, 19 October 2007

Welcome to the sandbox, a location to test your newfound wiki-editing abilities.

Please note that all contributions here may be deleted periodically and without warning.

In the computer world, a sandbox is a place to test and experiment -- essentially, it's a place to play.

This is the AoPSWiki Sandbox. Feel free to experiment here.

Warning: anything you place here is subject to deletion without notice.

Sandbox Area

<problem> <contest>AIME</contest> <version>I</version> <year>2007</year> <probnum>3</probnum> <question> Prove that $a^2+b^2=c^2$ in a right triangle. </question> <solution> "Because I said so" -- Pythagoras </solution> </problem>

If anybody knows how to embed XML tags in a Wiki page so that they don't display, but are still there, please post here.

<script type='text/javascript' language='javascript'> alert("If this display, it seems like a huge security flaw."); </script>

$\mathrm{Test\;of\;mathrm}$ I am also testing dollars signs: $x+3=5$$5+3=x$ Testing dollar signs $x^2 + 3 = 4$

Testing multiple dollar signs: $r^2+2 = 7$ and then, $r^3-2 = 9$

$$ $x^2 + 3 = 4$

Dollar signs. $\dfrac{y}{r}=\sin \theta$ $\frac{m}{n}$ \[cheesecake\] LaTeX doesn't show up in the previews. $\frac{\sqrt{b^2-4aq}}{2\pi+3\pi+4\pi$ (Error compiling LaTeX. Unknown error_msg)

test

testing asy


[asy] pair A,B; A=(0,0); B=(1,1); draw(A--B); dot((0,0)); dot((1,1)); label("<math>A</math>",A,W); label("<math>B</math>",B,N); [/asy]