Difference between revisions of "LaTeX:Symbols"
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==Operators== | ==Operators== | ||
+ | {| class="latextable" | ||
+ | !Symbol!!Command!!Symbol!!Command!!Symbol!!Command | ||
+ | |- | ||
+ | |$\pm$||\pm||$\mp$||\mp||$\times$||\times | ||
+ | |- | ||
+ | | $\div||\div$||$\cdot||\cdot$||$\ast||\ast | ||
+ | |- | ||
+ | | $\star$||\star||$\dagger$||\dagger||$\ddagger$||\ddagger | ||
+ | |- | ||
+ | | $\amalg$||\amalg||$\cap$||\cap||$\cup$||\cup | ||
+ | |- | ||
+ | |$\uplus$||\uplus||$\sqcap$||\sqcap||$\sqcup$||\sqcup | ||
+ | |- | ||
+ | | $\vee$||\vee||$\wedge$||\wedge||$\oplus$||\oplus | ||
+ | |- | ||
+ | | $\ominus$||\ominus||$\otimes$||\otimes||$\circ$||\circ | ||
+ | |- | ||
+ | | $\bullet$||\bullet||$\diamond$||\diamond||$\lhd$||\lhd | ||
+ | |- | ||
+ | |$\rhd$||\rhd||$\unlhd$||\unlhd||$\unrhd$||\unrhd | ||
+ | |- | ||
+ | | $\oslash$||\oslash||$\odot$||\odot||$\bigcirc$||\bigcirc | ||
+ | |- | ||
+ | | $\triangleleft$||\triangleleft||$\Diamond$||\Diamond||$\bigtriangleup$||\bigtriangleup | ||
+ | |- | ||
+ | | $\bigtriangledown$||\bigtriangledown||$\Box$||\Box||$\triangleright$||\triangleright | ||
+ | |- | ||
+ | | $\setminus$||\setminus||$\wr$||\wr | ||
+ | |} | ||
+ | |||
==Relations== | ==Relations== | ||
==Greek Letters== | ==Greek Letters== |
Revision as of 19:52, 12 July 2007
LaTeX |
About - Getting Started - Diagrams - Symbols - Downloads - Basics - Math - Examples - Pictures - Layout - Commands - Packages - Help |
This article will provide a short list of commonly used LaTeX symbols.
Contents
Operators
Symbol | Command | Symbol | Command | Symbol | Command |
---|---|---|---|---|---|
$\pm$ | \pm | $\mp$ | \mp | $\times$ | \times |
$\div | \div$ | $\cdot | \cdot$ | $\ast | \ast |
$\star$ | \star | $\dagger$ | \dagger | $\ddagger$ | \ddagger |
$\amalg$ | \amalg | $\cap$ | \cap | $\cup$ | \cup |
$\uplus$ | \uplus | $\sqcap$ | \sqcap | $\sqcup$ | \sqcup |
$\vee$ | \vee | $\wedge$ | \wedge | $\oplus$ | \oplus |
$\ominus$ | \ominus | $\otimes$ | \otimes | $\circ$ | \circ |
$\bullet$ | \bullet | $\diamond$ | \diamond | $\lhd$ | \lhd |
$\rhd$ | \rhd | $\unlhd$ | \unlhd | $\unrhd$ | \unrhd |
$\oslash$ | \oslash | $\odot$ | \odot | $\bigcirc$ | \bigcirc |
$\triangleleft$ | \triangleleft | $\Diamond$ | \Diamond | $\bigtriangleup$ | \bigtriangleup |
$\bigtriangledown$ | \bigtriangledown | $\Box$ | \Box | $\triangleright$ | \triangleright |
$\setminus$ | \setminus | $\wr$ | \wr |
Relations
Greek Letters
Arrows
Dots
Accents
Others
Bracketing Symbols
Multi-Size Symbols
\boxed{Answer} produces a box around your Answer.
\frac{a}{b} produces a fraction with numerator and denominator .
^\circ produces the degrees symbol.
\text{Your Text Here} produces text within LaTeX. .
\mbox{Your Text Here} Produces text within LaTeX
\sqrt{x} produces the square root of .
\sqrt[n]{x} produces the th root of .
a\equiv b \pmod{c} produces is equivalent to mod . See Modular Arithmetic
\binom{9}{3} produces 9 choose 3.
{n}\choose{r} produces n choose r.
x^{y} produces x to the power of y.
x_{y} produces x with y in subscript.
\rightarrow produces an arrow to the right.
\leftarrow produces an arrow to the left.
\uparrow produces an arrow pointing upwards.
\downarrow produces an arrow pointing downwards.
\updownarrow produces an arrow pointing up and down.
\ge produces a greater than or equal to sign.
\le produces a less than or equal to sign.
\not> produces a not greater than sign.
\not< produces a not less than sign.
\not\ge produces a not greater than or equal to sign.
\not\le produces a not less than or equal to sign.
\neq produces a not equal to sign.
\infty produces an infinity sign.
\perp produces a perpendicular sign.
\angle produces an angle sign.
\triangle produces a triangle.
\ldots produces three dots at the bottom of a line (ellipsis).
\cdots produces three dots in the middle of a line (as in a series sum or product).
\times produces an as used in multiplication
\otimes produces a
Also note that you do not have to use braces, "{" and "}", when you only want one character in the operation.
Examples
- x^y is the same as x^{y}.
- x_y is the same as x_{y}.
- BUT x^10 is not the same as x^{10}. instead of .