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/sci/ - Science & Math

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5627322 No.5627322 [Reply] [Original]

LaTeX Practice Thread

>> No.5627327

{math}
2^{2}
v^{2}
{/math}

>> No.5627328

>>5627327
....what did I do wrong?

>> No.5627337

<span class="math">
2^[2]
v^[w]
[/spoiler]

>> No.5627338

<span class="math">
2^{2}
v^{w}
[/spoiler]

>> No.5627339

>>5627327
math has to be in square brackets [] not curly braces {}.

>> No.5627342

<span class="math">
2^2
v^w
[/spoiler]

>> No.5627343

>>5627337
>>5627338
>>5627342
I think I'm stupid everyone.

>> No.5627346

<span class="math"> 2 ^ {2} [/math}[/spoiler]

>> No.5627348

<span class="math"> 2 ^ {2} [/spoiler]

>> No.5627350

<span class="math">\sum_{i\in\mathbb{R}}\left\{ \mbox{OP's attributes}\right\} _{i}\equiv\mbox{\mathcal{F}\alpha\mathfrak{g}\mathfrak{g}\mathscr{o}\tau\mathfrak{r}\varUpsilon.}[\math][/spoiler]

>> No.5627355

>>5627343
Oh... have to reload page.... cool.

>> No.5627367

you guys know you can get a preview button with greasemonkey user scripts

>> No.5627362

does LaTeX shit work here???
[sc]
What
[/sc]

>> No.5627364

<span class="math">\sum_{i\in\mathbb{R}}(OP's\, Attributes)_{i}\equiv\mathcal{F}\alpha\mathfrak{g}\mathfrak{g}\mathscr{o}\tau\mathfrak{r}\varUpsilon[\math][/spoiler]

>> No.5627365

<span class="math"> \int_{swag} yolo dweed [/spoiler]

>> No.5627369

<div class="math">\iiint^{\infty+1}_{-\infty-1}\; = \; \sum\sumbar 2 </div>

>> No.5627372

>>5627367
No, I didn't. Want to elaborate?

>> No.5627373

>>5627322

So, when I made a thread like this not to long ago, anonymous told me to go get greasemonkey and the latex preview script so I'd never have to look like >>5627343. And in that same spirit, I'll pass along the same advice.

Go here:
http://userscripts.org/scripts/show/81801

>> No.5627374

<span class="math"> \int herpdx = herpx + c[/spoiler]

>> No.5627375

<span class="math">\sum_{i\in\mathbb{R}}(OP's\, Attributes)_{i}\equiv\mathcal{F}_{\alpha}_{\mathfrak{g}}[\math][/spoiler]

>> No.5627376

{math}
e^{-rt}
a_{ij}
\frac{\sqrt{3}}{2}
\sqrt{2}
\sum_{0}^{\infty}
\int_{x}^{f(x)}
[/math]

>> No.5627377

<div class="math">\iint^{\infty+1}_{-\infty-1}\; = \; \sum\sumbar 2</div>

>> No.5627378

<span class="math">\sum_{i\in\mathbb{R}}(OP's\, Attributes)_{i}\equiv\mathcal{F}_{\alpha}{\mathfrak{g}}[\math][/spoiler]

>> No.5627379

>>5627362
> does LaTeX shit work here???
only the formula part, the board uses jsMath
http://www.math.union.edu/~dpvc/jsmath/

>> No.5627383

<span class="math">
e^{-rt}
a_{ij}
\frac{\sqrt{3}}{2}
\sqrt{2}
\sum_{0}^{\infty}
\int_{x}^{f(x)}
[/spoiler]

>> No.5627384

<span class="math">series from {0} to {3} {Uwe}[/spoiler]

>> No.5627388

<div class="math">\int^{\infty+1}_{-\infty-1}\; = \; \sum\sumbar 2</div>

>> No.5627391

>>5627373
How use, good sir?

>> No.5627392

>>5627372
install greasemonkey addon for firefox, then install userscript for /sci/:
http://userscripts.org/scripts/search?q=81801

if you use https instead of http you need to add this to the settings. the preview bottom apears left to the replay fields

>> No.5627398
File: 29 KB, 1366x768, 2013-03-21-103737_1366x768_scrot.png [View same] [iqdb] [saucenao] [google]
5627398

/sci/ is missing so many packages... This is pathetic.

>> No.5627403

>>5627391

See >>5627392

Also note that the preview script does not work for the quick reply window.

>> No.5627405

>>5627392
...IS there anything similar for Chrome?

>> No.5627407

<div class="math">\int^{\infty+1}_{-\infty-1}\; \neq \; \sum\sum 2</div>

>> No.5627412

>>5627403
>>5627392
Many thanks.

>> No.5627417

>>5627398
we used to have a lot more, people used it to hack the site and make it crash.

>> No.5627418

>>5627405
afaik you could install userscripts to chrome out of the box w/o any addon. though last year google limited it to scripts from the play store,and now you need tampermonkey or ninjakit or something similar

>> No.5627420

<div class="math">\dag\approx\simeq\asymp\textsterlingwhat\nabla\nabla\nabla</div>

>> No.5627424

<div class="math">\approx\simeq\asymp\textsterlin gwhat\nabla\nabla\nabla</div>

>> No.5627426

>>5627405

http://userscripts.org/topics/113176

Evidently not but you can still play around with it to make chrome run the script. I'm not to familiar with chrome (because, pfft, who uses chrome...) but it seems to me that it should work. Poke around on forums to see if anyone has a solution to running user scripts.

>> No.5627428

\approx\simeq\asymp\textsterling what\nabla\nabla\nabla

>> No.5627429

<div class="math">\approx\simeq\asymp\textsterling what\nabla\nabla\nabla</div>

>> No.5627434

>>5627426
Hmm...Alright. I'll be back once I have a solution.

>> No.5627438

<span class="math">
10^{3}
<span class="math">[/spoiler][/spoiler]

>> No.5627439

<span class="math">f(x)=cos(h)sin(2h)[/spoiler]

>> No.5627447

<span class="math">
\begin{array}
1 2 3 \\
4 5 6
\end{array}
[/spoiler]

>> No.5627451

<span class="math">
\begin{array}
1 & 2 & 3
\end{array}
[/spoiler]

>> No.5627454

>>5627447
no,
<div class="math"> \left( \rlap { \lower{-0.6em}{\mathbf{~A~~~B}}} \rlap { \lower{0.9em}{\mathbf{~C~~~D}}} ~~~~~~~~~~\right)</div>

>> No.5627458

<span class="math">
\begin{array}
123
\end{array}
[/spoiler]

>> No.5627464

>>5627458
oi, arrays dont work.

>> No.5627465

>>5627454
Jose said that /sci/ didn't support matrices! How how how

>> No.5627470

>>5627454
Huh, I used to be able to see the source when I hovered over a piece of math text, but now I can't see the source.
Can you tell me how to see the source of someone else's post, or alternatively just type in your array without the tags?

>> No.5627476

>>5627470
nvm, I am stupid and didn't read the text at the top of every /sci thread

>> No.5627478

>>5627465
after very much trail and error i built it from scratch.

>>5627470
double click on it.

\left( \rlap { \lower{-0.6em}{\mathbf{~A~~~B}}} \rlap { \lower{0.9em}{\mathbf{~C~~~D}}} ~~~~~~~~~~\right)

>> No.5627481

>>5627454
Thanks.
But it's unfortunate that you need positioning commands to do that.

>> No.5627483

I think fractions work, at least...
<span class="math">
\frac{\Delta}{\nabla}
[/spoiler]

>> No.5627485

<span class="math">
m\frac{d^2x}{dt^2} + D\frac{dx}{dt} + Kx = ma
[/spoiler]
test

>> No.5627489

<span class="math">(\delta_{ij})[/spoiler]

>> No.5627495

<span class="math"> \llap { \lower{-0.6em}{\mathbf{This~margin~}}} [/spoiler] will this work?
<span class="math"> \llap { \lower{-0.6em}{\mathbf{is~to~}}} [/spoiler]
<span class="math"> \llap { \lower{-0.6em}{\mathbf{small...~}}} [/spoiler] Lets find out.

>> No.5627498

<span class="math"> \llap { \lower{-0.6em}{\mathbf{This}}} [/spoiler] yes it does
<span class="math"> \llap { \lower{-0.6em}{\mathbf{space}}} [/spoiler]
<span class="math"> \llap { \lower{-0.6em}{\mathbf{is~to~}}} [/spoiler]
<span class="math"> \llap { \lower{-0.6em}{\mathbf{small...~}}} [/spoiler]

>> No.5627534

Testing <span class="math">exp{x}[/spoiler].

>> No.5627785

<span class="math">1^2^3^4^5[/spoiler]

>> No.5627788

>>5627785
<span class="math">1^{2^{3^{4^{5}}}}[/spoiler]

>> No.5627797

[2]

>> No.5627820

<span class="math">
2^{2}
v^{2}
[/spoiler]
...

>> No.5627848

So what are the words you use for the symbols?

<span class="math">
x^2[/spoiler]

>> No.5627859

<span class="math">

x^{{2^3}^4}[/spoiler]

>> No.5627864

>>5627848

nvm.

>> No.5627866

<span class="math"> dicks on ice?[/spoiler]

>> No.5627868

>>5627866
<span class="math"> tex-syntext-sucks- x^12325235 -838[/spoiler]

>> No.5627941

<span class="math">
x^[2]
[/spoiler]

>> No.5627948

<span class="math">
x^2
<span class="math">[/spoiler][/spoiler]

>> No.5627952

Can someone give me tutorials for LaTeX usage? I need to write my thesis on LaTeX.

>> No.5627957

>>5627952
check sticky on first page

>> No.5627997

\tiny DICKS
\small DICKS
\normalsize DICKS
\large DICKS
\Large DICKS
\LARGE DICKS
\huge DICKS
\Huge DICKS
\HUGE DICKS

>> No.5627995

<span class="math">\sum_{3}{100}[\math][/spoiler]

>> No.5627999

<span class="math">\sum_{3}{7} = 25[/spoiler]

>> No.5627998

<span class="math">
\tiny DICKS
\small DICKS
\normalsize DICKS
\large DICKS
\Large DICKS
\LARGE DICKS
\huge DICKS
\Huge DICKS
\HUGE DICKS
[/spoiler]

>> No.5628001

<span class="math">
\tiny DICKS
\small DICKS
\normalsize DICKS
[/spoiler]

>> No.5628010

<span class="math">\int_{7}^{0} \cdot \left \frac{10}{3} \right[/spoiler]

>> No.5628014

<span class="math">\int_{7}^{0} \cdot \left.\frac{10}{3}\right[/spoiler]

>> No.5628017

<span class="math">\int_{7}^{0} \cdot \frac{10}{3}[/spoiler]

>> No.5628027

<span class="math">
y(x)=e^{\int p(x) dx}\left(\int \left(e^{\int -p(x) dx}q(x)\right)dx+C\right)
[/spoiler]
???

>> No.5628035

>>5628027
again
<span class="math">
$\dfrac{\Delta}{\Delta \Delta}$
[/spoiler]

>> No.5628037

>>5628035
<span class="math">
$\frac{\Delta}{\Delta \Delta}$
[/spoiler]

now ?

>> No.5628039

>>5628037
fuck
<span class="math">
\frac{\Delta}{\Delta\; \Delta}
[/spoiler]