Introducing LaTeX Math Typesetting

[chroot]

It seems to be due to the length of the itex element. I'll see if I can figure out what's up with it. In the meantime, please use the normal tex (not itex) tags to typeset this.

- Warren

 

[ilml]

$$a_x$$

 

[jhirlo]

I've downloaded that pdf file with code instuctions, but there's no "non equal" sign .

Do you know the code (it's for slashed equal sign)?

 

[chroot]

$$\neq$$

 

[BLUE_CHIP]

$$\Delta{T}$$
$$lux$$
$$V$$
$$R_1$$
$$R_{LDR}$$
$$\simeq{6V}$$
$$I$$

$$I=\frac{V_{out}-V_{LDR}}{R_1}$$

$$R=\frac{V}{I}$$

$$\Longrightarrow$$

$$...(1)$$
$$...(2)$$
$$(1),(2)$$


$$R_{LDR}=\frac{V_{LDR}R_1}{V_{out}-V_{LDR}}$$

$$R_1=\sqrt{(10^7-\lim_{R\rightarrow 0})}$$

$$R_{Max}$$
$$R_{Min}$$

$$=3162.27766$$
$$\simeq{3000}\Omega$$
$$\frac{\delta{y}}{\delta{x}}=\frac{9}{7.8}$$
$$=1\frac{1}{13}$$

$$R-R_1=m((lux)-(lux)_1)$$

$$R-8=-1\frac{1}{13}((lux)-4)$$
$$R=-1\frac{1}{13}(lux)+4\frac{4}{13}$$
$$13R-14(lux)=160$$
$$R=\frac{160-14(lux)}{13}$$
$$R=e^{\frac{160-14ln(lux)}{13}}$$
$$I=\frac{V}{R}$$
$$I=\frac{Q}{t}$$
$$ln(R)=\frac{1}{ln(lux)}$$
$$\frac{\pi}{6}(0.3)^{3}(7.07)g=\frac{\pi}{6}(0.3)^{3}(1.26)g+3\pi(0.88){u}(0.3)$$
[tex]u=\frac{d^{2}}{18\mu}[\tex]
[tex]\frac{ud\rho}{\mu}[\tex]

 

[outandbeyond2004]

I thought Latex did not work, but it did. The trouble seems to be with the Review message function. try $$\pm$$8 and hit the check button. it is supposed to be plus-minus 8, but comes out f1 8. Latex does work after you send the message, tho.

 

[Janitor]

Testing... one... two... three...

Alrighty------

Humble $$\pi$$

John Lennon $$\longleftrightarrow$$Yoko Ono

Rev. Jim Bakker $$\heartsuit$$ Jessica Hahn.

Beyonce' = $$\bigodot \bigodot$$

Charlie's Angels = $$\bigodot \bigodot$$ $$\bigodot \bigodot$$ $$\bigodot \bigodot$$

$$\exists$$ Elvis iff $$\infty$$= -33.043034.

Hello Dave. I am your HAL-9000 heuristic, algorithmic digital computer. Would you like me to open the pod bay door? $$\bowtie \perp \parallel \frown$$

 

[Clausius2]

Anyone knows where can I download LaTex as a ZIP file? My download rate is too slow.

 

[Philcorp]

Ok. I've been trying to know how to make a lower case script r (for example, like in Griffiths' Electrodynamics book) for about a year now...i was wondering if anyone around here maybe knew how?

 

[JohnDubYa]

This board is another reason PHYSICS RULES!

Okay, I have to try this out

$\int_\infty^0 \frac{\partial x}{\partial t}\,dx$

 

[JohnDubYa]

He wants a script r. I am not sure how Griffith's r's look, but have you tried the calligraphic style?

Try $$R_{\cal R}$$


Try [ tex ]R_{\cal R}[ \tex ]

I don't think it works with lowercase.

 

[Cod]

Originally posted by JohnDubYa
He wants a script r. I am not sure how Griffith's r's look, but have you tried the calligraphic style?

Try $$R_{\cal R}$$


Try [ tex ]R_{\cal R}[ \tex ]

I don't think it works with lowercase.

You have to use a forward slash ( / ). It won't work if you use back slash ( \ ).

 

[Janitor]

$$x^3 + m^2$$


$$\partial\^2$$


$$i\hbar\frac{\partial\Psi}{\partial t} = \frac{\hbar^2}{2m}\frac{\partial^2\Psi}{\partial x^2} + V\Psi$$


$$\partial z$$

$$\partial_z$$

$$\partial^2$$

$$\partial\^2$$

$$\partial^2 + m^2$$

$$det[\partial^2 + m^2]$$

 

[JohnDubYa]

I am posting this demo for Dan:

$\int_\infty^0 \sin(\theta)$

 

[Hurkyl]

LaTeX doesn't seem to work yet in the new forums.

 

[Greg Bernhardt]

chroot still needs to install it, hopefully tonight

 

[JohnDubYa]

I still want this LaTeX capability for my own discussion boards for helping students with remedial math. Is it available? Can I buy it?

 

[chroot]

It's custom-designed, by me. If you'd like to contract me to work on your site, send me a PM...

- Warren

 

[chroot]

Testing...

$$x^{5000}$$

 

[chroot]

Testing...

$\int_\infty^0 \sin(\theta)$

 

[chroot]

Testing...

$$\gamma \equiv \frac{1}{\sqrt{1 - v^2/c^2}}$$

 

[chroot]

Testing...

$$R^{a}{}_{bcd}$$

 

[chroot]

All right folks, looks like LaTeX is back in business on the new pf. Feel free to let me know if anything seems not to work!

 

[chroot]

One more test!

$$a^x_n$$

 

[KSCphysics]

[ tex ]x^3[ \tex ]

 

[KSCphysics]

$$R^{x}{}_{bcd}$$

 

[Hurkyl]

Why are we getting these extra dashes?

 

[Michael D. Sewell]

$$\Delta(x) = v_o + 1/2at^2$$
$$cool^n$$

 

[Michael D. Sewell]

$$\Delta x = v_o - 1/2at^2$$
$$\Delta x = v_o - 1/2at^2$$
$$2drinks = meow^2$$

 

[chroot]

Why are we getting these extra dashes?

What extra dashes?

- Warren

 

[Hurkyl]

These dashes.

 

[chroot]

Hurkyl,

That's kinda funny. I don't see those dashes in my browser. Can you right click on a latex image and view it by itself in a new window? Do the dashes still appear there?

- Warren

 

[Hurkyl]

Nope.


BTW, someone else mentioned also having this problem, I don't remember who.

 

[chroot]

Hmmmmm. What browser are you using?

- Warren

 

[Hurkyl]

Opera 7.23

Sometimes they appear high like that, and sometimes they appear low.


Oh, and I get them in Netscape 7.0 too. (appearing low for the image I posted)