LaTeX Test Post

Let’s see if this works:

\frac{V}{V^*} = M^* = M\left[\frac{\gamma+1}{2\left(1+\frac{\gamma-1}{2}M^2\right)}\right]^{\frac{1}{2}}

Well, isn’t that lovely!

3 Responses to “LaTeX Test Post”

  1. David Says:

    Let’s also have a look-see if it works in a comment. If so, you’ll find yourself with the equations for stagnation velocity and absolute static pressure in a flow with mass addition normal to the main stream:

    \frac{p}{p^*} = \frac{\gamma + 1}{1+\gamma M^2}

  2. Chrisn Says:

    http://www.tdkpropulsion.com/wp-content/cache/tex_428fb0b81339f4a92596ee44c2c96591.png
    \frac{p}{p^*} = \frac{\gamma + 1}{1+\gamma M^2} well done

    anyway looking forward to seeing some more motors :)

  3. David Says:

    Close – you need an extra $ before the usual LaTeX declaration statement, so the syntax is:

    $ $ LaTeX $ $

    (without the spaces). To activate math mode, add an extra ! after the initial two $s. The full plugin documentation is at http://wordpress.org/extend/plugins/latex/

    Anyways, once I get back from Rome I have some things to update with. It’s a bit dry on rocket news here, though.

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