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16.2 Math symbols ¶
LaTeX provides almost any mathematical or technical symbol that anyone uses. For example, if you include $\pi$ in your source, you will get the pi symbol π. See the “Comprehensive LaTeX Symbol List” package at https://ctan.org/pkg/comprehensive .
Here is a list of commonly-used symbols. It is by no means exhaustive. Each symbol is described with a short phrase, and its symbol class, which determines the spacing around it, is given in parenthesis. Unless said otherwise, the commands for these symbols can be used only in math mode. To redefine a command so that it can be used whatever the current mode, see \ensuremath .
∥ Parallel (relation). Synonym: \parallel .
ℵ Aleph, transfinite cardinal (ordinary).
α Lowercase Greek letter alpha (ordinary).
⨿ Disjoint union (binary)
∠ Geometric angle (ordinary). Similar: less-than sign < and angle bracket \langle .
≈ Almost equal to (relation).
∗ Asterisk operator, convolution, six-pointed (binary). Synonym: * , which is often a superscript or subscript, as in the Kleene star. Similar: \star , which is five-pointed, and is sometimes used as a general binary operation, and sometimes reserved for cross-correlation.
≍ Asymptotically equivalent (relation).
\ Backslash (ordinary). Similar: set minus \setminus , and \textbackslash for backslash outside of math mode.
β Lowercase Greek letter beta (ordinary).
⋂ Variable-sized, or n-ary, intersection (operator). Similar: binary intersection \cap .
⚪ Circle, larger (binary). Similar: function composition \circ .
⋃ Variable-sized, or n-ary, union (operator). Similar: binary union \cup .
⨀ Variable-sized, or n-ary, circled dot operator (operator).
⨁ Variable-sized, or n-ary, circled plus operator (operator).
⨂ Variable-sized, or n-ary, circled times operator (operator).
▽ Variable-sized, or n-ary, open triangle pointing down (binary). Synonym: \varbigtriangledown .
△ Variable-sized, or n-ary, open triangle pointing up (binary). Synonym: \varbigtriangleup .
⨆ Variable-sized, or n-ary, square union (operator).
⨄ Variable-sized, or n-ary, union operator with a plus (operator). (Note that the name has only one p.)
⋁ Variable-sized, or n-ary, logical-or (operator).
⋀ Variable-sized, or n-ary, logical-and (operator).
⊥, Up tack, bottom, least element of a partially ordered set, or a contradiction (ordinary). See also \top .
⋈ Natural join of two relations (relation).
□ Modal operator for necessity; square open box (ordinary). Not available in plain TeX. In LaTeX you need to load the amssymb package.
• Bullet (binary). Similar: multiplication dot \cdot .
∩ Intersection of two sets (binary). Similar: variable-sized operator \bigcap .
⋅ Multiplication (binary). Similar: Bullet dot \bullet .
χ Lowercase Greek chi (ordinary).
∘ Function composition, ring operator (binary). Similar: variable-sized operator \bigcirc .
♣ Club card suit (ordinary).
∁, Set complement, used as a superscript as in $S^\complement$ (ordinary). Not available in plain TeX. In LaTeX you need to load the amssymb package. Also used: $S^{\mathsf{c}}$ or $\bar{S}$ .
≅ Congruent (relation).
∐ Coproduct (operator).
∪ Union of two sets (binary). Similar: variable-sized operator \bigcup .
† Dagger relation (binary).
⊣ Dash with vertical, reversed turnstile (relation). Similar: turnstile \vdash .
‡ Double dagger relation (binary).
Δ Greek uppercase delta, used for increment (ordinary).
δ Greek lowercase delta (ordinary).
◇ Large diamond operator (ordinary). Not available in plain TeX. In LaTeX you need to load the amssymb package.
⋄ Diamond operator (binary). Similar: large diamond \Diamond , circle bullet \bullet .
♢ Diamond card suit (ordinary).
÷ Division sign (binary).
≐ Approaches the limit (relation). Similar: geometrically equal to \Doteq .
↓ Down arrow, converges (relation). Similar: \Downarrow double line down arrow.
⇓ Double line down arrow (relation). Similar: \downarrow single line down arrow.
ℓ Lowercase cursive letter l (ordinary).
∅ Empty set symbol (ordinary). The variant form is \varnothing .
ϵ Lowercase lunate epsilon (ordinary). Similar to Greek text letter. More widely used in mathematics is the script small letter epsilon \varepsilon ε. Related: the set membership relation \in ∈.
≡ Equivalence (relation).
η Lowercase Greek letter (ordinary).
∃ Existential quantifier (ordinary).
♭ Musical flat (ordinary).
∀ Universal quantifier (ordinary).
⌢ Downward curving arc (ordinary).
Γ uppercase Greek letter (ordinary).
γ Lowercase Greek letter (ordinary).
≥ Greater than or equal to (relation). This is a synonym for \geq .
≥ Greater than or equal to (relation). This is a synonym for \ge .
← Is assigned the value (relation). Synonym: \leftarrow .
≫ Much greater than (relation). Similar: much less than \ll .
ℏ Planck constant over two pi (ordinary).
♡ Heart card suit (ordinary).
↩ Hooked left arrow (relation).
↪ Hooked right arrow (relation).
⟷ If and only if (relation). It is \Longleftrightarrow with a \thickmuskip on either side.
ℑ Imaginary part (ordinary). See: real part \Re .
Dotless i; used when you are putting an accent on an i (see Math accents ).
∈ Set element (relation). See also: lowercase lunate epsilon \epsilon ϵ and small letter script epsilon \varepsilon .
∞ Infinity (ordinary).
∫ Integral (operator).
ι Lowercase Greek letter (ordinary).
⨝ Condensed bowtie symbol (relation). Not available in Plain TeX.
Dotless j; used when you are putting an accent on a j (see Math accents ).
κ Lowercase Greek letter (ordinary).
Λ uppercase Greek letter (ordinary).
λ Lowercase Greek letter (ordinary).
∧ Logical and (binary). Synonym: \wedge . See also logical or \lor .
⟨ Left angle, or sequence, bracket (opening). Similar: less-than < . Matches \rangle .
{ Left curly brace (opening). Synonym: \{ . Matches \rbrace .
[ Left square bracket (opening). Synonym: [ . Matches \rbrack .
⌈ Left ceiling bracket, like a square bracket but with the bottom shaved off (opening). Matches \rceil .
≤ Less than or equal to (relation). This is a synonym for \leq .
⇝ Squiggly right arrow (relation). To get this symbol outside of math mode you can put \newcommand*{\Leadsto}{\ensuremath{\leadsto}} in the preamble and then use \Leadsto instead.
⇐ Is implied by, double-line left arrow (relation). Similar: single-line left arrow \leftarrow .
← Single-line left arrow (relation). Synonym: \gets . Similar: double-line left arrow \Leftarrow .
↽ Single-line left harpoon, barb under bar (relation).
↼ Single-line left harpoon, barb over bar (relation).
⇔ Bi-implication; double-line double-headed arrow (relation). Similar: single-line double headed arrow \leftrightarrow .
↔ Single-line double-headed arrow (relation). Similar: double-line double headed arrow \Leftrightarrow .
≤ Less than or equal to (relation). This is a synonym for \le .
⌊ Left floor bracket (opening). Matches: \floor .
◁ Arrowhead, that is, triangle, pointing left (binary). For the normal subgroup symbol you should load amssymb and use \vartriangleleft (which is a relation and so gives better spacing).
≪ Much less than (relation). Similar: much greater than \gg .
¬ Logical negation (ordinary). Synonym: \neg .
⟵ Long single-line left arrow (relation). Similar: long double-line left arrow \Longleftarrow .
⟷ Long single-line double-headed arrow (relation). Similar: long double-line double-headed arrow \Longleftrightarrow .
⟼ Long single-line left arrow starting with vertical bar (relation). Similar: shorter version \mapsto .
⟶ Long single-line right arrow (relation). Similar: long double-line right arrow \Longrightarrow .
∨ Logical or (binary). Synonym: \vee . See also logical and \land .
↦ Single-line left arrow starting with vertical bar (relation). Similar: longer version \longmapsto .
℧ Conductance, half-circle rotated capital omega (ordinary).
∣ Single-line vertical bar (relation). A typical use of \mid is for a set \{\, x \mid x\geq 5 \,\} .
Similar: \vert and | produce the same single-line vertical bar symbol but without any spacing (they fall in class ordinary) and you should not use them as relations but instead only as ordinals, i.e., footnote symbols. For absolute value, see the entry for \vert and for norm see the entry for \Vert .
⊨ Entails, or satisfies; double turnstile, short double dash (relation). Similar: long double dash \vDash .
∓ Minus or plus (relation).
μ Lowercase Greek letter (ordinary).
∇ Hamilton’s del, or differential, operator (ordinary).
♮ Musical natural notation (ordinary).
≠ Not equal (relation). Synonym: \neq .
↗ North-east arrow (relation).
¬ Logical negation (ordinary). Synonym: \lnot . Sometimes instead used for negation: \sim .
≠ Not equal (relation). Synonym: \ne .
∋ Reflected membership epsilon; has the member (relation). Synonym: \owns . Similar: is a member of \in .
Long solidus, or slash, used to overstrike a following operator (relation).
Many negated operators are available that don’t require \not , particularly with the amssymb package. For example, \notin is typographically preferable to \not\in .
∉ Not an element of (relation). Similar: not subset of \nsubseteq .
ν Lowercase Greek letter (ordinary).
↖ North-west arrow (relation).
⊙ Dot inside a circle (binary). Similar: variable-sized operator \bigodot .
∮ Contour integral, integral with circle in the middle (operator).
Ω uppercase Greek letter (ordinary).
ω Lowercase Greek letter (ordinary).
⊖ Minus sign, or dash, inside a circle (binary).
⊕ Plus sign inside a circle (binary). Similar: variable-sized operator \bigoplus .
⊘ Solidus, or slash, inside a circle (binary).
⊗ Times sign, or cross, inside a circle (binary). Similar: variable-sized operator \bigotimes .
∋ Reflected membership epsilon; has the member (relation). Synonym: \ni . Similar: is a member of \in .
∥ Parallel (relation). Synonym: \| .
∂ Partial differential (ordinary).
⟂ Perpendicular (relation). Similar: \bot uses the same glyph but the spacing is different because it is in the class ordinary.
Φ Uppercase Greek letter (ordinary).
ϕ Lowercase Greek letter (ordinary). The variant form is \varphi φ.
Π uppercase Greek letter (ordinary).
π Lowercase Greek letter (ordinary). The variant form is \varpi ϖ.
± Plus or minus (binary).
≺ Precedes (relation). Similar: less than < .
⪯ Precedes or equals (relation). Similar: less than or equals \leq .
′ Prime, or minute in a time expression (ordinary). Typically used as a superscript: $f^\prime$ ; $f^\prime$ and $f'$ produce the same result. An advantage of the second is that $f'''$ produces the desired symbol, that is, the same result as $f^{\prime\prime\prime}$ , but uses rather less typing. You can only use \prime in math mode. Using the right single quote ' in text mode produces a different character (apostrophe).
∏ Product (operator).
∝ Is proportional to (relation)
Ψ uppercase Greek letter (ordinary).
ψ Lowercase Greek letter (ordinary).
⟩ Right angle, or sequence, bracket (closing). Similar: greater than > . Matches: \langle .
} Right curly brace (closing). Synonym: \} . Matches \lbrace .
] Right square bracket (closing). Synonym: ] . Matches \lbrack .
⌉ Right ceiling bracket (closing). Matches \lceil .
ℜ Real part, real numbers, cursive capital R (ordinary). Related: double-line, or blackboard bold, R \mathbb{R} ; to access this, load the amsfonts package.
↾, Restriction of a function (relation). Synonym: \upharpoonright . Not available in plain TeX. In LaTeX you need to load the amssymb package.
⦰, Reversed empty set symbol (ordinary). Related: \varnothing . Not available in plain TeX. In LaTeX you need to load the stix package.
⌋ Right floor bracket, a right square bracket with the top cut off (closing). Matches \lfloor .
◁ Arrowhead, that is, triangle, pointing right (binary). For the normal subgroup symbol you should instead load amssymb and use \vartriangleright (which is a relation and so gives better spacing).
ρ Lowercase Greek letter (ordinary). The variant form is \varrho ϱ.
⇒ Implies, right-pointing double line arrow (relation). Similar: right single-line arrow \rightarrow .
→ Right-pointing single line arrow (relation). Synonym: \to . Similar: right double line arrow \Rightarrow .
⇁ Right-pointing harpoon with barb below the line (relation).
⇀ Right-pointing harpoon with barb above the line (relation).
⇌ Right harpoon up above left harpoon down (relation).
↘ Arrow pointing southeast (relation).
⧵ Set difference, reverse solidus or reverse slash, like \ (binary). Similar: backslash \backslash and also \textbackslash outside of math mode.
♯ Musical sharp (ordinary).
Σ uppercase Greek letter (ordinary).
σ Lowercase Greek letter (ordinary). The variant form is \varsigma ς.
∼ Similar, in a relation (relation).
≃ Similar or equal to, in a relation (relation).
∫ Integral sign that does not change to a larger size in a display (operator).
⌣ Upward curving arc, smile (ordinary).
♠ Spade card suit (ordinary).
⊓ Square intersection symbol (binary). Similar: intersection cap .
⊔ Square union symbol (binary). Similar: union cup . Related: variable-sized operator \bigsqcup .
⊏, Square subset symbol (relation). Similar: subset \subset . Not available in plain TeX. In LaTeX you need to load the amssymb package.
⊑ Square subset or equal symbol (binary). Similar: subset or equal to \subseteq .
⊐, Square superset symbol (relation). Similar: superset \supset . Not available in plain TeX. In LaTeX you need to load the amssymb package.
⊒ Square superset or equal symbol (binary). Similar: superset or equal \supseteq .
⋆ Five-pointed star, sometimes used as a general binary operation but sometimes reserved for cross-correlation (binary). Similar: the synonyms asterisk * and \ast , which are six-pointed, and more often appear as a superscript or subscript, as with the Kleene star.
⊂ Subset (occasionally, is implied by) (relation).
⊆ Subset or equal to (relation).
≻ Comes after, succeeds (relation). Similar: is less than > .
⪰ Succeeds or is equal to (relation). Similar: less than or equal to \leq .
∑ Summation (operator). Similar: Greek capital sigma \Sigma .
⊃ Superset (relation).
⊇ Superset or equal to (relation).
√ Radical symbol (ordinary). The LaTeX command \sqrt{...} typesets the square root of the argument, with a bar that extends to cover the argument.
↙ Southwest-pointing arrow (relation).
τ Lowercase Greek letter (ordinary).
θ Lowercase Greek letter (ordinary). The variant form is \vartheta ϑ.
× Primary school multiplication sign (binary). See also \cdot .
→ Right-pointing single line arrow (relation). Synonym: \rightarrow .
⊤ Top, greatest element of a partially ordered set (ordinary). See also \bot .
△ Triangle (ordinary).
◁ Not-filled triangle pointing left (binary). Similar: \lhd . For the normal subgroup symbol you should load amssymb and use \vartriangleleft (which is a relation and so gives better spacing).
▷ Not-filled triangle pointing right (binary). For the normal subgroup symbol you should instead load amssymb and use \vartriangleright (which is a relation and so gives better spacing).
⊴ Left-pointing not-filled underlined arrowhead, that is, triangle, with a line under (binary). For the normal subgroup symbol load amssymb and use \vartrianglelefteq (which is a relation and so gives better spacing).
⊵ Right-pointing not-filled underlined arrowhead, that is, triangle, with a line under (binary). For the normal subgroup symbol load amssymb and use \vartrianglerighteq (which is a relation and so gives better spacing).
⇑ Double-line upward-pointing arrow (relation). Similar: single-line up-pointing arrow \uparrow .
↑ Single-line upward-pointing arrow, diverges (relation). Similar: double-line up-pointing arrow \Uparrow .
⇕ Double-line upward-and-downward-pointing arrow (relation). Similar: single-line upward-and-downward-pointing arrow \updownarrow .
↕ Single-line upward-and-downward-pointing arrow (relation). Similar: double-line upward-and-downward-pointing arrow \Updownarrow .
↾, Up harpoon, with barb on right side (relation). Synonym: \restriction . Not available in plain TeX. In LaTeX you need to load the amssymb package.
⊎ Multiset union, a union symbol with a plus symbol in the middle (binary). Similar: union \cup . Related: variable-sized operator \biguplus .
Υ uppercase Greek letter (ordinary).
υ Lowercase Greek letter (ordinary).
ε Small letter script epsilon (ordinary). This is more widely used in mathematics than the non-variant lunate epsilon form \epsilon ϵ. Related: set membership \in .
∅, Empty set symbol. Similar: \emptyset . Related: \revemptyset . Not available in plain TeX. In LaTeX you need to load the amssymb package.
φ Variant on the lowercase Greek letter (ordinary). The non-variant form is \phi ϕ.
ϖ Variant on the lowercase Greek letter (ordinary). The non-variant form is \pi π.
ϱ Variant on the lowercase Greek letter (ordinary). The non-variant form is \rho ρ.
ς Variant on the lowercase Greek letter (ordinary). The non-variant form is \sigma σ.
ϑ Variant on the lowercase Greek letter (ordinary). The non-variant form is \theta θ.
⊢ Provable; turnstile, vertical and a dash (relation). Similar: turnstile rotated a half-circle \dashv .
∨ Logical or; a downwards v shape (binary). Related: logical and \wedge . Similar: variable-sized operator \bigvee .
‖ Vertical double bar (ordinary). See Delimiters , for how to use the mathtools package to create flexibly-sized norm symbols.
| Single line vertical bar (ordinary). For “such that”, as in the definition of a set, use \mid because it is a relation. See Delimiters , for how to use the mathtools package to create flexibly-sized absolute-value symbols.
∧ Logical and (binary). Synonym: \land . See also logical or \vee . Similar: variable-sized operator \bigwedge .
℘ Weierstrass p (ordinary).
≀ Wreath product (binary).
Ξ uppercase Greek letter (ordinary).
ξ Lowercase Greek letter (ordinary).
ζ Lowercase Greek letter (ordinary).
The following symbols are most often used in plain text but LaTeX provides versions to use in mathematical text.
Dollar sign in math mode: $.
Paragraph sign (pilcrow) in math mode, ¶.
Section sign in math mode: §.
Sterling sign in math mode: £.
Underscore in math mode: _.
- \boldmath & \unboldmath
- Blackboard bold
- Calligraphic
- Dots, horizontal or vertical
- Greek letters
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Defining operators.
As we know, LaTeX has many commands to typeset operators , which are traditionally typeset using upright font—for example, sin, log etc. Obviously, the catalog of LaTeX’s operators is far from complete, especially because new ones are being constantly introduced. The question arises: what to do when we need a custom operator?
Probably one of the most often mistakes is to write something like
or, even worse,
So what is the “right” way? As usually, there is more than one; but the simplest and cleanest one is to use the amsmath package:
(this is not necessary if you use one of the amsart, amsbook or amsrep classes) and then say
But there is one caveat. Some time ago I saw in my friend’s file the following code:
The result is disastrous: the space vanishes again! The explanation lies in the fact that TeX’s math mode treats everything in curly braces as an ordinary symbol, and we need an operator and not an ordinary symbol. The right way would be to define
—i.e., this would be the right way if there were no special command for that in the amsmath package. If you use some operator more often, it’s best to define it using the following construct:
where the first argument is the command and the second one the name to be typeset.
Again, there is a bit more to say. Assume that you want to have an operator like lim, which takes “limits” (in TeX’s terminology, this means that the sub- or superscript is to be placed below or above when in “displayed” mode). Then, you should use the starred version of \DeclareMathOperator:
(This article is a rough translation of a Polish version, published on the author’s web site in 2008.)
Written by Marcin Borkowski
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This site is supported by donations to The OEIS Foundation .
List of LaTeX mathematical symbols
All the predefined mathematical symbols from the T e X package are listed below. More symbols are available from extra packages.
- 1 Greek letters
- 2 Unary operators
- 3 Relation operators
- 4 Binary operators
- 5 Negated binary relations
- 6 Set and/or logic notation
- 8 Delimiters
- 10 Other symbols
- 11 Trigonometric functions
- 13 External links
Greek letters
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COMMENTS
Just put this code into your preamble. Then you can use := as usual, and you'll get horizontal symmetry. Much easier to use than \coloneqq, in my opinion. Per @Will Robertson's comment, there is also a feature of mathtools to change the vertical alignment of all colons in math mode. \mathtoolsset{centercolon}
32. these two-part operators have to be declared as operators to get the correct spacing on either side. the following definitions will take care of that, while forcing each individual part to be treated as an ordinary character. \newcommand{\pluseq}{\mathrel{{+}{=}}} \newcommand{\minuseq}{\mathrel{{-}{=}}} the result may still not be to your ...
How does one typeset the R assignment operator ("<-")? Workarounds such as \begin{description} \item[x \textless{}- c(1:3)] Create the vector [1 2 3] and assign it to an object named x.
The following symbols are most often used in plain text but LaTeX provides versions to use in mathematical text. \mathdollar ¶. Dollar sign in math mode: $. \mathparagraph ¶. Paragraph sign (pilcrow) in math mode, ¶. \mathsection ¶. Section sign in math mode: §. \mathsterling ¶. Sterling sign in math mode: £.
1 Introduction Welcome to the Comprehensive LATEX Symbol List!This document strives to be your primary source of LATEX symbol information: font samples, LATEX commands, packages, usage details, caveats—everything needed to put thousands of different symbols at your disposal.
Here are some standard arrows in this notation, all from A to B as usual: @{<->} A B @^{<->} A B @_{<->} A B @2{<->} A B _ _ @3{<->} A B. As a special convenience = and : are provided as ab-breviations for - and . with variant forced to 2.
1 Introduction Welcome to the Comprehensive LATEX Symbol List!This document strives to be your primary source of LATEX symbol information: font samples, LATEX commands, packages, usage details, caveats—everything needed to put thousands of different symbols at your disposal.
Open this example in Overleaf. This example produces the following output: The command \DeclareMathOperator takes two parameters, the first one is the name of the new operator and the second one is the text to be displayed. For this command to work you have to import the package amsmath in the preamble with. \usepackage{amsmath}
Defining operators. As we know, LaTeX has many commands to typeset operators, which are traditionally typeset using upright font—for example, sin, log etc. Obviously, the catalog of LaTeX's operators is far from complete, especially because new ones are being constantly introduced.
The Comprehensive LATEX Symbol List Scott Pakin <[email protected]>∗ 19 January 2017 Abstract This document lists 14283 symbols and the corresponding LATEX commands that produce them. Some of these symbols are guaranteed to be available in every LATEX2𝜀system; others require fonts
The more unusual symbols are not defined in base LATEX (NFSS) and require \usepackage{amssymb} 1 Greek and Hebrew letters α \alpha κ \kappa ψ \psi z \digamma ∆ \Delta Θ \Theta β \beta λ \lambda ρ \rho ε \varepsilon Γ \Gamma Υ \Upsilon χ \chi µ \mu σ \sigma κ \varkappa Λ \Lambda Ξ \Xi
This article shows the most basic commands needed to get started with writing maths using LaTeX. Writing basic equations in LaTeX is straightforward, for example: proved to be invalid for other exponents. \[ x^n + y^n = z^n \] \end{document} Open this example in Overleaf. As you see, the way the equations are displayed depends on the delimiter ...
The Comprehensive LATEX Symbol List Scott Pakin <[email protected]> 3 January 2008 Abstract This document lists 4947 symbols and the corresponding LATEX commands that produce them. Some of these symbols are guaranteed to be available in every LATEX2"system; others require fonts and packages
Scott Pakin, The Comprehensive L a T e X Symbol List, 2017. (Lists thousands of symbols and the corresponding L a T e X commands that produce them.) Comprehensive T e X Archive Network
Using leftarrow for assignment makes using right arrow a bit problematic as you note. A couple of suggestions here, I quite like the subscript version but it depends if you need . and -> in the C or other uses of subscript. I also made the & smaller because I don't like the big one:-) If you do keep \rightarrow you should probably use {\rightarrow} so it uses closer spacing and in particular ...
In your assignments, It is important to write professional papers with the right formatting, labels, and citations. LaTex makes it easy to automate assignment formatting and details like matrices ...
LaTeX can be used for math symbols in rubric items, comments, text annotations, answer group names, online assignment questions and responses, and regrade requests and responses. We do not support the single dollar $ [LaTeX syntax] $ delimiter format because the single dollar sign used for currency is often misinterpreted as LaTeX and vice ...
The LaTeX class exam.cls makes it straightforward create exam papers and typeset questions. It sets a 1in margin in all paper sizes and provides special commands to write and compute grades. To use the exam class you must put the line. \documentclass{exam} at the start of your .tex file.
Some miscellaneous symbols and their LaTeX Codes : TERM SYMBOL LATEX Infinity [Tex]\infty[/Te. 2 min read. Binary operation symbols in LaTeX. Binary Operation Symbols are used to write and represent various binary operations such as star, union, intersection etc. on sets or numbers or in Boolean algebra. Thus, these symbols are of great importance.
If you feel the "default" template is not what you expect, you may consider adding a few packages: geometry to improve layout. ams* family, s.a. amsmath, amssymb, amsfont, to add more symbols and improved environments so that formula/equations have better alignments. Also, the following packages give more control over tables: tabularx for ...
Lachaise Assignment. This template is for teachers/instructors/educators to create assignments/homework for their students. It includes a clear title on the first page for the course, assignment and teacher's name, as well as the institution and date. Sets of questions can be grouped by headings and the template includes examples of ...
13. Pseudocode has a different purpose compared to the actual programs. It should convey ideas, not implementation, and as such should be as close to the natural language as possible. Therefore I think it's not good to introduce programming language-specific syntax in the algorithm listing. I suggest one of these options:
Here we provide a selection of homework assignments templates and examples for school, college and university use. These often include a question and answer section already set out, along with space for the student name, course title, date and any other required information. Teachers and lecturers may also find these templates useful for ...