# HTMTEX Demo Page

HTML markup

& < >

HTMTEX markup

\\ \' \$ \_ \^ \` \~ \{ \}

Remapped symbols

\@ \- \. \* \/

Remaining symbols

? ! , ; : " | ( ) [ ] + = % #

English alphabet

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z a b c d e f g h i j k l m n o p q r s t u v w x y z 0 1 2 3 4 5 6 7 8 9

Extended alphabet

C' c' S' s' Z' z' D' d' Q' q' U' u' A' a' O' o'

Typesetting symbols

--- -- ... \oline \sect \copyright \registered \wsquare \square \wdiamond \diamond \loz

Greek characters

\Gamma \Delta \Theta \Lambda \Xi \Pi \Sigma \Phi \Psi \Omega \alpha \beta \gamma \delta \epsilon \zeta \eta \theta \kappa \lambda \mu \nu \xi \pi \rho \sigma \tau \phi \varphi \chi \psi \omega

Mathematical symbols

\infty \hbar \Lag \Ham \permil \deg \min \sec - . * / \divide \bull \root \sum \Sum \prod \Prod @ \del \int \Int \oint \Oint +- -+ == != ~= %= := -| || \ge \gg \le \ll \isin \larr \uarr \rarr \darr \harr \varr \lArr \uArr \rArr \dArr \hArr \vArr \LArr \RArr \HArr \bra \ket

Diacritics

x\hat x\tld x\bar x\dot x\ddot

Sub\- and superscripts

x_0 x^2

Scalars, vectors, tensors

`c ~v ~~M

Line mathematics

Arguably the most famous geometrical theorem is that of Pythagoras: $`c^2 = `a^2 + `b^2$.

Displayed mathematics

Basic equations of classical physics:

$~F = {d~p : d`t}$

$~p = {`m~v : \root(1 - `v^2 / `c^2)}$

$~F = `{\kappa}{`m_1`m_2 : `r^2}~{r\hat}$

$~F = `e(~E + ~v * ~B)$

$~{\del} . ~E = {`{\rho} : `{\epsilon}_0}$

$~{\del} . ~B = 0$

$~{\del} * ~E = -{@~B : @`t}$

$`c^2~{\del} * ~B = {~j : `{\epsilon}_0} + {@~E : @`t}$

Matrices

$~~A~x = ~b$

$~~I = [[1|0|0][0|1|0][0|0|1]]$

Tables

    [Substance | State    !   Density ]

               |          !  kg / dm^3

    (limestone | solid    !        2.3)

     water     | liquid   !        1.0

     air       | gas      !      0.001