Mathjax Definition and 15 Threads

So far as I can tell the normal way to write inline equations in mathJax is to surround the mathematical code by single dollar signs, or in the case of this site pound signs #. However, this never seems to work. Surrounding the code by double signs for centering and setting apart the equations...

I'm attempting to use latex to write a question in the physics forum. However, when I click preview to check if the formatting is correct it doesn't reformat to display in its latex form, rather it stays in plain text. Any suggestions on what I may be doing wrong? I've posted the screenshots...

It appears that the MathJax implementation of the ##\LaTeX## package is broken. In another thread, I posted this In this post, the command \braket{N} should display as $$ \langle N \rangle $$ but it appeared as $$ \langle N | N \rangle $$ If I try it in this post, it results in $$...

The web pages at PF include this script, which won't load, so latex is not rendered: https://cdnjs.cloudflare.com/ajax/libs/mathjax/2.7.4/MathJax.js When I try to fetch it with curl, I get an error: "Failed to connect to cdnjs.cloudfare.com port 443: Connection refused" Am I the only one? Is...

Until this forum I had never heard of LaTex for writing mathematical expressions. Can anyone help me: A. find out where to download these programs. B. find someone who would be willing to provide guidance on installing and using these programs C. find LaTex and MathJax primers I can print...

Hello, Every website that I go on that has MathJax support displays math in a font that almost looks like the default Computer Modern ##\LaTeX## font. The following is taken from Math Stack Exchange: I heard that MathJax usually looks for the STIX font located on your computer, and if it does...

I am creating a website and wish to include a new integral sign that has an infinity sign over it but aligned with the same tilt angle as the integral. I'm using Mathjax to render the math code. I can code this in Latex outside an HTML file and it works perfectly but does require the graphicx...

Greg Bernhardt submitted a new PF Insights post Behind the Math: Peter Krautzberger Continue reading the Original PF Insights Post.

In post #4 of this thread the latex engine seems to go haywire halfway through a 'display math' section delimited by double dollars. The same code, with the PF-specific breakouts for in-line tex converted to latex standards, works perfectly in my offline latex engine. Further, to my surprise...

Hello Everyone, We have added all of MathJax's extensions to our script, so we have many new commands available. You can read about them here: http://docs.mathjax.org/en/latest/tex.html#tex-and-latex-extensions Here are some examples of our new extensions: Bbox: $$\bbox[5px,border:2px solid...

Anyone know how to do handed double-quotes in Mathjax? I know how to do it in normal $\LaTeX$, but the code $$\frac{d}{dx}\,f(x)\;\text{``is one notation''}$$ yields $$\frac{d}{dx}\,f(x)\;\text{``is one notation''}$$ So that doesn't quite work like it normally does in $\LaTeX$. The...

MathJax has been upgraded to 2.0 today. Some members appeared to have problems due to cache conflicts. I've changed the CDN address and now it should be working smoothly. Take some time to look over "what is new". I'm sure you'll find some interesting new features. I am regularly in...

\[\int_0^{\infty}e^{-x^2}\,dx=\frac{\sqrt{\pi}}{2}\] This is inline: \(\frac{\sqrt{b^2-4ac}}{2a}\) Other centered equation $$\Gamma(x)=\int_0^{\infty}e^{-t}t^{x-1}\,dt $$

We are happy to announce a new partnership between MathJax and AIP Publishing. MathJax is an open-source JavaScript display engine that produces high-quality math in all modern browsers, without plug-ins or other special set-up requirements, which is why it works so great on Physics Forums...

This doesn't work properly: \begin{array} \frac {\partial}{\partial a^1} = \cdots \\ \frac {\partial}{\partial a^2} = \cdots \\ \frac {\partial}{\partial a^3} = \cdots \end{array} It gives \begin{array} \frac {\partial}{\partial a^1} = \cdots \\ \frac {\partial}{\partial a^2}...