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To toggle to the math mode, you must use the <m>…</m> tag. The math commands must be separated by a space character or surrounded by {}.

Mathematical Symbol input	Math publisher syntax	Math Jax Syntax
x+y	<m>x+y</m>	$x+y$
x-y	<m>x-y</m>	$x-y$
x*y	<m>x*y</m>	$x*y$
x/y	<m>x/y</m>	$x/y$
x	y	<m>x	y</m>	$x^y$
x_y	<m>x_y</m>	$x_y$
x<>y	<m>x<>y</m>	$x<>y$
x>y	<m>x>y</m>	$x>y$
x>=y	<m>x>=y</m>	$x>=y$
x<y	<m>x<y</m>	$x<y$
x⇐y	<m>x⇐y</m>	$x⇐y$
(x)	<m>(x)</m>	$(x)$
{x}	<m>{x}</m>	${x}$
Space
a~b	<m>a~b</m>	$a~b$

Greek

alpha	<m>alpha</m>	$alpha$
beta	<m>beta</m>	$beta$
gamma	<m>gamma</m>	$gamma$
delta	<m>delta</m>	$delta$
epsilon	<m>epsilon</m>	$epsilon$
varepsilon	<m>varepsilon</m>	$varepsilon$
zeta	<m>zeta</m>	$zeta$
eta	<m>eta</m>	$eta$
theta	<m>theta</m>	$theta$
vartheta	<m>vartheta</m>	$vartheta$
iota	<m>iota</m>	$iota$
kappa	<m>kappa</m>	$kappa$
lambda	<m>lambda</m>	$lambda$
mu	<m>mu</m>	$mu$
nu	<m>nu</m>	$nu$
xi	<m>xi</m>	$xi$
pi	<m>pi</m>	$pi$
varpi	<m>varpi</m>	$varpi$
rho	<m>rho</m>	$rho$
varrho	<m>varrho</m>	$varrho$
sigma	<m>sigma</m>	$sigma$
varsigma	<m>varsigma</m>	$varsigma$
tau	<m>tau</m>	$tau$
upsilon	<m>upsilon</m>	$upsilon$
phi	<m>phi</m>	$phi$
varphi	<m>varphi</m>	$varphi$
chi	<m>chi</m>	$chi$
psi	<m>psi</m>	$psi$
omega	<m>omega</m>	$omega$
Gamma	<m>Gamma</m>	$Gamma$
Lambda	<m>Lambda</m>	$Lambda$
Sigma	<m>Sigma</m>	$Sigma$
Psi	<m>Psi</m>	$Psi$
Delta	<m>Delta</m>	$Delta$
Xi	<m>Xi</m>	$Xi$
Upsilon	<m>Upsilon</m>	$Upsilon$
Omega	<m>Omega</m>	$Omega$
Theta	<m>Theta</m>	$Theta$
Pi	<m>Pi</m>	$Pi$
Phi	<m>Phi</m>	$Phi$
Symbols
infty	<m>infty</m>	$infty$
in	<m>in</m>	$in$
notin	<m>notin</m>	$notin$
forall	<m>forall</m>	$forall$
exists	<m>exists</m>	$exists$
notexists	<m>notexists</m>	$notexists$
partial	<m>partial</m>	$partial$
approx	<m>approx</m>	$approx$
pm	<m>pm</m>	$pm$
inter	<m>inter</m>	$inter$
union	<m>union</m>	$union$
ortho	<m>ortho</m>	$ortho$
parallel	<m>parallel</m>	$parallel$
backslash	<m>backslash</m>	$backslash$
prime	<m>prime</m>	$prime$
wedge	<m>wedge</m>	$wedge$
vert	<m>vert</m>	$vert$
lbrace	<m>{</m>	${$
rbrace	<m>}</m>	$}$
circ	<m>circ</m>	$circ$
varnothing	<m>varnothing</m>	$varnothing$
subset	<m>subset</m>	$subset$
notsubset	<m>notsubset</m>	$notsubset$
cdots	<m>cdots</m>	$cdots$
vdots	<m>vdots</m>	$vdots$
ddots	<m>ddots</m>	$ddots$
Arrows

left	<m>left</m>	$left$
right	<m>right</m>	$right$
leftright	<m>leftright</m>	$leftright$
doubleleft	<m>doubleleft</m>	$doubleleft$
doubleright	<m>doubleright</m>	$doubleright$
doubleleftright	<m>doubleleftright</m>	$doubleleftright$
nearrow	<m>nearrow</m>	$nearrow$
searrow	<m>searrow</m>	$searrow$
Sets
bbR	<m>bbR</m>	$bbR$
bbN	<m>bbN</m>	$bbN$
bbZ	<m>bbZ</m>	$bbZ$
bbC	<m>bbC</m>	$bbC$
Roots and Limits
sqrt{a}	<m>sqrt{a}</m>	$sqrt{a}$
root{n}{a}	<m>root{n}{a}</m>	$root{n}{a}$
lim{a}{x}	<m>lim{a}{x}</m>	$lim{a}{x}$
Big Operators
int{a}{b}{x}	<m>int{a}{b}{x}</m>	$int{a}{b}{x}$
doubleint{a}{b}{x}	<m>doubleint{a}{b}{x}</m>	$doubleint{a}{b}{x}$
tripleint{a}{b}{x}	<m>tripleint{a}{b}{x}</m>	$tripleint{a}{b}{x}$
oint{a}{b}{x}	<m>oint{a}{b}{x}</m>	$oint{a}{b}{x}$
sum{a}{b}{x}	<m>sum{a}{b}{x}</m>	$sum{a}{b}{x}$
prod{a}{b}{x}	<m>prod{a}{b}{x}</m>	$prod{a}{b}{x}$
bigcup{a}{b}{x}	<m>bigcup{a}{b}{x}</m>	$bigcup{a}{b}{x}$
bigcap{a}{b}{x}	<m>bigcap{a}{b}{x}</m>	$bigcap{a}{b}{x}$
Delimiters
delim{[}{x}{]}	<m>delim{[}{x}{]}</m>	$delim{[}{x}{]}$
delim{]}{x}{]}	<m>delim{]}{x}{]}</m>	$delim{]}{x}{]}$
delim{[}{x}{[}	<m>delim{[}{x}{[}</m>	$delim{[}{x}{[}$
delim{]}{x}{[}	<m>delim{]}{x}{[}</m>	$delim{]}{x}{[}$
delim{lbrace}{x}{rbrace}	<m>delim{lbrace}{x}{rbrace}</m>	$delim{lbrace}{x}{rbrace}$
delim{	}{x}{	}	<m>delim{	}{x}{	}</m>	$delim{\|}{x}{\|}$
delim{vert}{x}{vert}	<m>delim{vert}{x}{vert}</m>	$delim{vert}{x}{vert}$

Typical commands

x+y : <m>x+y</m>
x-y : <m>x-y</m>
x*y : <m>x*y</m>
x/y : <m>x/y</m>
x^y : <m>x^y</m>
x_y : <m>x_y</m>
x<>y : <m>x<>y</m>
x>y : <m>x>y</m>
x>=y : <m>x>=y</m>
x<y : <m>x<y</m>
x⇐y : <m>x⇐y</m>
(x) : <m>(x)</m>
{x} : <m>{x}</m>
Space
a~b : <m>a~b</m>

Greek:

alpha : <m>alpha</m>
beta : <m>beta</m>
gamma : <m>gamma</m>
delta : <m>delta</m>
epsilon : <m>epsilon</m>
varepsilon : <m>varepsilon</m>
zeta : <m>zeta</m>
eta : <m>eta</m>
theta : <m>theta</m>
vartheta : <m>vartheta</m>
iota : <m>iota</m>
kappa : <m>kappa</m>
lambda : <m>lambda</m>
mu : <m>mu</m>
nu : <m>nu</m>
xi : <m>xi</m>
pi : <m>pi</m>
varpi : <m>varpi</m>
rho : <m>rho</m>
varrho : <m>varrho</m>
sigma : <m>sigma</m>
varsigma : <m>varsigma</m>
tau : <m>tau</m>
upsilon : <m>upsilon</m>
phi : <m>phi</m>
varphi : <m>varphi</m>
chi : <m>chi</m>
psi : <m>psi</m>
omega : <m>omega</m>
Gamma : <m>Gamma</m>
Lambda : <m>Lambda</m>
Sigma : <m>Sigma</m>
Psi : <m>Psi</m>
Delta : <m>Delta</m>
Xi : <m>Xi</m>
Upsilon : <m>Upsilon</m>
Omega : <m>Omega</m>
Theta : <m>Theta</m>
Pi : <m>Pi</m>
Phi : <m>Phi</m>
Symbols:
infty : <m>infty</m>
in : <m>in</m>
notin : <m>notin</m>
forall : <m>forall</m>
exists : <m>exists</m>
notexists : <m>notexists</m>
partial : <m>partial</m>
approx : <m>approx</m>
pm : <m>pm</m>
inter : <m>inter</m>
union : <m>union</m>
ortho : <m>ortho</m>
parallel : <m>parallel</m>
backslash : <m>backslash</m>
prime : <m>prime</m>
wedge : <m>wedge</m>
vert : <m>vert</m>
lbrace : <m>{</m>
rbrace : <m>}</m>
circ : <m>circ</m>
varnothing : <m>varnothing</m>
subset : <m>subset</m>
notsubset : <m>notsubset</m>
cdots : <m>cdots</m>
vdots : <m>vdots</m>
ddots : <m>ddots</m>
Arrows:

left : <m>left</m>
right : <m>right</m>
leftright : <m>leftright</m>
doubleleft : <m>doubleleft</m>
doubleright : <m>doubleright</m>
doubleleftright : <m>doubleleftright</m>
nearrow : <m>nearrow</m>
searrow : <m>searrow</m>
Sets:
bbR : <m>bbR</m>
bbN : <m>bbN</m>
bbZ : <m>bbZ</m>
bbC : <m>bbC</m>
Roots and Limits:
sqrt{a} : <m>sqrt{a}</m>
root{n}{a} : <m>root{n}{a}</m>
lim{a}{x} : <m>lim{a}{x}</m>
Big Operators:
int{a}{b}{x} : <m>int{a}{b}{x}</m>
doubleint{a}{b}{x} : <m>doubleint{a}{b}{x}</m>
tripleint{a}{b}{x} : <m>tripleint{a}{b}{x}</m>
oint{a}{b}{x} : <m>oint{a}{b}{x}</m>
sum{a}{b}{x} : <m>sum{a}{b}{x}</m>
prod{a}{b}{x} : <m>prod{a}{b}{x}</m>
bigcup{a}{b}{x} : <m>bigcup{a}{b}{x}</m>
bigcap{a}{b}{x} : <m>bigcap{a}{b}{x}</m>
Delimiters:
delim{[}{x}{]} : <m>delim{[}{x}{]}</m>
delim{]}{x}{]} : <m>delim{]}{x}{]}</m>
delim{[}{x}{[} : <m>delim{[}{x}{[}</m>
delim{]}{x}{[} : <m>delim{]}{x}{[}</m>
delim{lbrace}{x}{rbrace} : <m>delim{lbrace}{x}{rbrace}</m>
delim{|}{x}{|} : <m>delim{|}{x}{|}</m>
delim{vert}{x}{vert} : <m>delim{vert}{x}{vert}</m>
Matrix:
Syntax : matrix{num of lines}{num of columns}{first_element … last_element}
matrix{2}{3}{a b c d e f g} : <m>matrix{2}{3}{a b c d e f g}</m>
Tabular:
Syntax : tabular{lines description}{columns description}{first_element … last_element}
lines : sequence of 1 (draw the horizontal line) or 0 (don't draw the horizontal line) - the length of the sequence=num of lines+1
columns : sequence of 1 (draw the vertical line) or 0 (don't draw the vertical line) - the length of the sequence=num of columns+1
tabular{111}{1111}{a b c d e f g} : <m>tabular{111}{1111}{a b c d e f g}</m>
tabular{1001}{101}{1 2 3 4 5 6} : <m>tabular{1001}{101}{1 2 3 4 5 6}</m>
Constructions:
vec{express} : <m>vec{express}</m>
{express}under{foo} : <m>{express}under{foo}</m>
{express}over{foo} : <m>{express}over{foo}</m>
overline{express} : <m>overline{express}</m>
underline{express} : <m>underline{express}</m>
hat{express} : <m>hat{express}</m>

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