MathML

Testing MathML Input

$\mathrm{plot}\left(\left\{\left(x-x^2\right),\mathrm{int}\left(\cos \left(0\cdot x\right)\cdot \left(x-x^2\right),x=-\mathrm{Pi}..\mathrm{Pi}\right)+\mathrm{sum}\left(\mathrm{cm}\cdot \cos \left(m\cdot x\right),m=1..100\right)+\mathrm{sum}\right\}\right)$
dm⋅sinm⋅x,m=1..100, discont=true;

Various Checks

Who figured out that

$E=mc^2?$

The good thing now is that

$\LaTeX$

is available in the blog.

Einstein most famous equation is \$E=mc^2\$.
Newtons derived the equaiton \\[s=ut+\sfrac{1}{2}at^2\\]

Einstein most famous equation is $E=mc^2$.
Newtons derived the equaiton \[s=ut+\sfrac{1}{2}at^2\]

Latex formating together with regular text inside 'pre' elements is still not working.

Check out this tutorial on inline mathematical notation.
http://watchmath.com/vlog/?p=438



Trying MathML from Maple:

$f:=\left(x,N\right)\to \sum _{m=1}^N\mathrm{cm}\cos \left(mx\right)+\sum _{m=1}^N\mathrm{dm}\sin \left(mx\right)$




Maple Latex Export

\[\mbox{}+1/2\,{\it cm}\,\cos \left( x \right)
+1/2\,{\frac {{\it cm}\, \left( \sin \left( x \righ t) \right) ^{2}}{\cos \left( x \right) -1}}
+1/2\,{\frac {{\it dm}\,\sin \left( x \right) \cos \ left( \left( N+1 \right) x \right) }{\cos \left( x \right) -1}}-1/2\,{\it dm}\,\sin \left( \le ft( N+1 \right) x \right)
\]