LaTeX update: Read this before posting!

[alexander]

ok, turning this off for now, its acting weird :cheer:

[alexander]

[math]this^{should}_{render}fine[/math]

[alexander]

closer to getting it running right :cheer: just need to figure out the font size issue.... everything is back to what it used to be before

[Qfwfq]

Just hijacking again, for a job purpose...:hihi:

 

[math]\Delta\vec{R}=\vec{R}(\vec{V}+\vec{I}\,)-\vec{R}(\vec{V})[/math]

 

[math]\Delta\vec{R}=\vec{R}(\vec{V}+\vec{I})-\vec{R}(\vec{V})[/math]

 

[math]f_{\rm c}=-\frac{\vec{R}\cdot\Delta\vec{R}}{\mid\Delta\vec{R}\mid^2}[/math]

 

[math]f_{\rm c}=-\frac{\vec{R}\cdot\Delta\vec{R}}{\mid\Delta\vec{R}\mid^2}[/math]

 

[math]\vec{V}[/math]

 

[math]\vec{V}[/math]

[murad_math]

Thank dude

[alexander]

I have just figured out that i have forgotten to tell you how to split equations over multiple lines... oooopsie :)

 

ok its very simple, for that we need to define a block called split like such:

\begin{split} - start of the block

\end{split} - end of the block

yes, please put in both beginning and end bits of this and don't be lazy

 

after that you can split ines by using \\

you can also align lines by a symbol by using an ampersand (&) in front of it

 

[math]

\begin{split}

\text{These Lines}&-\text{will be aligned}\\

\text{by the}&-\text{dash symbol}\\

&-\text{shazaam}\\

\text{boogie boogie} &-

\end{split}[/math]

 

similarly you can use = sign in equations, or whatever it is your heart desires :)

[sanctus]

And does align work? I try:

[math]

\begin{split}

2&=1+1 \\

2&=3+1-2 \\

\end{split}

[/math]

[sanctus]

well, it doesn't seem to work, have to use split then...

[alexander]

no, only split works... i could enable align if there are any benefits to it, granted i actually have that module on the server... ;)

[Qfwfq]

How come it gets parsed even when I put it inside code tags?

[alexander]

way bb works when it parses... if you do not want it to parse, use the noparse tags

[noparse][/noparse]

 

this way you can post

[math]m_{rel}=\frac{m_0}{\sqrt{1-\frac{v^2}{c^2}}}[/math]

which would render as

[math]m_{rel}=\frac{m_0}{\sqrt{1-\frac{v^2}{c^2}}}[/math]

 

 

ooh better yet

[math]\begin{split}\Delta P &= \frac{v}{c} \times \frac{E}{2c} \\

2\Delta P &= v\frac{E}{c^2} \\

P' &= Mv - 2\Delta P = \left(M-\frac{E}{c^2}\right)v \end{split}[/math]

:)

[math]\begin{split}\Delta P &= \frac{v}{c} \times \frac{E}{2c}\\ 2\Delta P &= v\frac{E}{c^2} \\ P' &= Mv - 2\Delta P = \left(M-\frac{E}{c^2}\right)v \end{split}[/math]

[Qfwfq]

thnx

 

never remember all these tags :)

[alexander]

Ok the main thread LaTeX Formulas: Math v2.0 is updated to the math tag standard, please refer back to it to start figuring stuff out.... (there are many hours put into it)

[Little Bang]

[math] E=Mc^2[/math]

[alexander]

Well actually lower case m denotes mass, thus the equivalence is not really valid, and even negating that, its a special case...

 

[math]\begin{split}E^2-(pc)^2&=(m_0c^2)^2\\E^2&=(m_0c^2)^2+(pc)^2\\E&=\sqrt{(m_0c^2)^2+(pc)^2}\\E&=c\times\sqrt{(m_0c)^2+p^2}\\\text{where } p=\gamma m_0v\\E&=c\times\sqrt{m_0^2c^2+\gamma ^2m_0^2v^2}\\E&=m_0c\times\sqrt{c^2+\gamma v^2}\end{split}[/math]

[tekayo]

great feature that option of click me to see source

[arkain101]

Okay so the latex seems to have taken a low blow during the site modifications.

 

I bet I am not the first person to ask about this, but how do we work around this? Whats up?