多行公式
cases
\[equation\begin{cases} eq1 \begin{cases} equation1\\ eq2\\ \end{cases}\\ equation2 \begin{cases} eq1\\ eq2\\ \end{cases}\\ \end{cases} \]aligned
\[\left\{ \begin{aligned} equation1 \left\{ \begin{aligned} equation1-1\\ equation1-2\\ \end{aligned} \right. \\equation2\\equation3 \end{aligned} \right. \]array
\[\left\{ \begin{array}{lcr} equation1 \left\{ \begin{array}{} equation1-1\\ equation1-2\\ \end{array} \right. \\equation2\\equation3 \end{array} \right. \]括号
\[\left(\frac{x}{y}\right) \ \left[\frac{x}{y}\right] \ \left\{\frac{x}{y}\right\} \ \left\langle\frac{x}{y}\right\rangle \ \left|\frac{x}{y}\right| \ \left\|\frac{x}{y}\right\| \ \]二项式
\[\binom{n}{1} \quad {n\choose m} \quad \left( \begin{array}{c} x\\y \end{array} \right) \]各种关系符号
\[>\ \ge \ \geq \\ <\ \le \ \leq \\ \neq \ \approx \ \equiv\\ \geqslant \ \leqslant \ \approxeq\\ \cong \ \propto \ \subset\\ \subseteqq \ \nsubseteq \ \nsubseteqq\\ \gg \ \ll \ \perp \\ \parallel \ a\overset{eq}{=}b \ a\xlongequal[abc]{def}b \]希腊字母
\[\alpha \ \beta \ \zeta \ \epsilon \ \varepsilon\\ \delta \ \Delta \ \varDelta \ \phi \ \Phi \ \varphi \ \varPhi\\ \pi \ \Pi \ \varpi \ \varPi \ \psi \ \Psi \ \varPsi \\ \sigma \ \Sigma \ \varsigma \ \varSigma \ \gamma \ \Gamma \ \varGamma\\ \omega \ \Omega \ \varOmega \theta \ \Theta \ \vartheta \ \varTheta\\ \lambda\ \Lambda \ \varLambda\ \rho\ \varrho\ \nu \ \mu \\ \eta\ \tau\ \iota\ \kappa\ \varkappa\ \xi \ \Xi\ \varXi\\ \upsilon \ \Upsilon\ \varUpsilon \ \chi\ \varnothing\ \oiint \]上标
\[\hat{x}\ \widehat{x}\ \tilde{x}\ \widetilde{x}\\ \dot{x}\ \ddot{x}\ \dddot{x}\ \ \ddddot{x}\\ \vec{x}\ \overrightarrow{x}\ \mathop{x}\limits^{\rightarrow}\ \bar{x}\\ \overline{x}\ \check{x}\ \breve{x}\ \acute{x}\\ \grave{x}\ \mathring{x} \]矩阵
\[\begin{aligned} \begin{matrix}1 & 2 \\ 3 &4\\ \end{matrix}\quad \begin{pmatrix}1 & 2 \\ 3 &4\\ \end{pmatrix}\quad \begin{bmatrix}1 & 2 \\ 3 & 4\\ \end{bmatrix}\\ \begin{Bmatrix}1 &2 \\ 3 & 4\\ \end{Bmatrix}\quad \begin{vmatrix}1 &2 \\ 3 &4\\ \end{vmatrix}\quad \begin{Vmatrix}1 & 2 \\ 3 & 4\\ \end{Vmatrix}\\ \begin{pmatrix}1&a_1&a_1^2&\cdots&a_1^n\\1&a_2&a_2^2&\cdots&a_2^n\\\vdots&\vdots&\vdots&\ddots&\vdots\\1&a_m&a_m^2&\cdots&a_m^n\\\end{pmatrix} \end{aligned} \]积分
\[\int_V \ \iint_V \ \iiint_V \ \iiiint_V\\ \idotsint_V\ \oint_V \ \oiint_V \\ \int\limits_V\ \iint\limits_V\ \iiint\limits_V\ \iiiint\limits_V\\ \oint\limits_V\ \oiint\limits_V \ \idotsint\limits_V \]求和求积
\[\sum_{i=1}^n \quad \prod_{i=1}^n \]极限
\[\lim_{n \to \infty} \]箭头
\[\rightarrow \quad \longrightarrow \ \Rightarrow \ \Longrightarrow \\ \leftarrow \quad \longleftarrow \ \Leftarrow \ \Longleftarrow \\ \nrightarrow \quad \nleftarrow \ \nRightarrow \ \nLeftrightarrow \ \nleftrightarrow\\ \]根式
\[\sqrt{a}\quad \sqrt[n]{a}\quad \sqrt[\leftroot{1}\uproot{3}n]{a}\quad \sqrt[\leftroot{2}\uproot{4}n]{a}\quad \]在\sqrt命令的可选参数中可以指定根指数的位置，以改善根指数与根号过于紧凑的情况。