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Difference between revisions of "LaTeX Cheat Sheet"

(→‎LaTeX Cheat Sheet)
(→‎LaTeX Cheat Sheet)
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\sqrt{x} represents <math>\sqrt{x}</math>
 
\sqrt{x} represents <math>\sqrt{x}</math>
  
−
\alpha, \beta, \gamma, \pi, \Pi \phi represents <math>\alpha, \beta, \gamma, \pi, \Pi, \phi</math> respectively
+
\alpha, \beta, \gamma, \pi, \Pi \phi \Delta represents <math>\alpha, \beta, \gamma, \pi, \Pi, \phi, \Delta</math> respectively
  
 
k_n represents <math>k_n</math>
 
k_n represents <math>k_n</math>
Line 13: Line 13:
  
 
\sin, \cos, \tan represents <math>\sin, \cos, \tan</math>
 
\sin, \cos, \tan represents <math>\sin, \cos, \tan</math>
 +
 +
\cot, \sec, \csc represents <math>\cot, \sec, \csc</math>
  
 
x \equiv a \pmod{b} represents <math>x \equiv a \pmod{b}</math>
 
x \equiv a \pmod{b} represents <math>x \equiv a \pmod{b}</math>
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\sqrt[n]{x} represents <math>\sqrt[n]{x}</math>
 
\sqrt[n]{x} represents <math>\sqrt[n]{x}</math>
  
−
\int\limits_a^b represents <math>\int\limits_a^b</math>
+
\int\limits_a^b represents <math>\int\limits_a^b</math>, while \int\limits_a^b {c} represents <math>\int\limits_a^b {c}</math>
  
 
（ a ), [ b ], \{ a \}, | a |, \|a \|, \langle a \rangle, \lfloor a \rfloor, \lceil a \rceil represents
 
（ a ), [ b ], \{ a \}, | a |, \|a \|, \langle a \rangle, \lfloor a \rfloor, \lceil a \rceil represents
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\log_{a} b represents <math>log_{a} b</math>
 
\log_{a} b represents <math>log_{a} b</math>
  
−
<center><math>\begin{vmatrix} a_{11} & a_{12} \\ a_{21} & a_{22} \end{vmatrix}\dot</math>
+
\pm is <math>\pm</math>, \parallel is <math>\parallel</math>, \therefore is <math>\therefore</math>. \supset is <math>\supset</math>, \to is <math>\to</math>, \gets is <math>\gets</math>, \subset is <math>\subset</math>, \angle is <math>\angle</math>, \ni  is  <math>\ni</math>, \dots is <math>\dots</math>
 +
 
 +
In AoPS, if you type in "displaystyle", the next time when you edit the "displaystyle" when disappear automatically.

Revision as of 14:13, 28 March 2021

LaTeX Cheat Sheet

Here is a list of LaTeX code:

\frac{x}{y} represents $\frac{x}{y}$

\sqrt{x} represents $\sqrt{x}$

\alpha, \beta, \gamma, \pi, \Pi \phi \Delta represents $\alpha, \beta, \gamma, \pi, \Pi, \phi, \Delta$ respectively

k_n represents $k_n$

\infty represents $\infty$

\sin, \cos, \tan represents $\sin, \cos, \tan$

\cot, \sec, \csc represents $\cot, \sec, \csc$

x \equiv a \pmod{b} represents $x \equiv a \pmod{b}$

x \bmod y represent $x \bmod y$

\binom{a}{b} represents $\binom{a}{b}$

\sqrt[n]{x} represents $\sqrt[n]{x}$

\int\limits_a^b represents $\int\limits_a^b$, while \int\limits_a^b {c} represents $\int\limits_a^b {c}$

（ a ), [ b ], \{ a \}, | a |, \|a \|, \langle a \rangle, \lfloor a \rfloor, \lceil a \rceil represents $( a )$,$[ b ]$, $\{ a \}$, $| a |$, $\|a \|$, $\langle a \rangle$, $\lfloor a \rfloor$, $\lceil a \rceil$ respectively

\lim\limits_{x \to 235} \sin(x) represents $\lim\limits_{x \to 235} \sin(x)$

f(n) = n|_{n = 3} represents $f(n) = n|_{n = 3}$

\log_{a} b represents $log_{a} b$

\pm is $\pm$, \parallel is $\parallel$, \therefore is $\therefore$. \supset is $\supset$, \to is $\to$, \gets is $\gets$, \subset is $\subset$, \angle is $\angle$, \ni is $\ni$, \dots is $\dots$

In AoPS, if you type in "displaystyle", the next time when you edit the "displaystyle" when disappear automatically.

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