Does math work here?
tiny
Unknown macro: {latex}
\begin
Unknown macro: {tiny}
[\omega_
Unknown macro: {0}
= 2 \pi \nu_
]\end
footnotesize
Unknown macro: {latex}
\begin
Unknown macro: {footnotesize}
[\omega_
Unknown macro: {0}
= 2 \pi \nu_
]\end
Default
Unknown macro: {latex}
[\omega_
Unknown macro: {0}
= 2 \pi \nu_
]
Unknown macro: {latex}
Default, text inside LaTeX environment (note that Confluence doesn't put display math on a separate line) [\omega_
Unknown macro: {0}
= 2 \pi \nu_
]
large
Unknown macro: {latex}
\begin
Unknown macro: {large}
[\omega_
Unknown macro: {0}
= 2 \pi \nu_
]\end
Large
Unknown macro: {latex}
\begin
Unknown macro: {Large}
[\omega_
Unknown macro: {0}
= 2 \pi \nu_
]\end
Huge
Unknown macro: {latex}
\begin
Unknown macro: {Huge}
[\omega_
Unknown macro: {0}
= 2 \pi \nu_
]\end
Unknown macro: {latex}
[f
= \left{\begin
Unknown macro: {array}
Unknown macro: {ll}
\sqrt{-x} & x<0
1 & x=0
\sqrt
Unknown macro: {x}
& x>0\end
\right.]
Keen! Now, can it handle inline stuff like
Unknown macro: {latex}
$\displaystyle{\frac
Unknown macro: {x-1}
Unknown macro: {x^2}
= \int_0^77 t^3 \, dt}$
?
Unknown macro: {latex}
[\begin
Unknown macro: {array}
Unknown macro: {ccc}
a & b & c
1 & 2 & 3
K & L & M\end
]
|
