Inserting formulas

You can add formulas to the Yandex Wiki with TeX markup.

Use the following markup for formulas:

%%(math outline) formula %%: Standard formula markup. Useful for inserting the formula in a separate line:


Markup	Result
`Some text here. %%(math outline) \sqrt[\frac{p+q}{m}]{\int\limits_{a^2+1}^{b^4-1} e^{-ikt} dt} %% Some text here.`

%%(math inline) formula %%: A more compact variation that lets you insert the formula in the same line as the rest of the text:


Markup	Result
`Some text here %%(math inline) \sqrt[\frac{p+q}{m}]{\int\limits_{a^2+1}^{b^4-1} e^{-ikt} dt}%% some text here`

Examples of formulas

Markup Result

Markup	Result
1. %%(math inline) X^{a+b}_{i-j} %% 2. %%(math inline) f+f'+f''+\cdots+f^{(10)} %% 3. %%(math inline) A\ast B\times C\cdot D %% 4. %%(math inline) \varphi\approx\varepsilon %% 5. %%(math inline) \sqrt{x}+\sqrt[10]{y}\leq \frac{1+\|\vec{z}\|}8 %% 6. %%(math inline) \frac1{ \displaystyle\bar{\xi} + \displaystyle\frac{3}7 } %% 7. %%(math inline) \sqrt[6]{\log_3{h(x)}} + \dot{\rho} %% 8. %%(math inline) \lim_{n \to \infty} \sum_{k=1}^n \frac{1}{k} %% 9. %%(math inline) \int_a^b f(x)\,dx \ne \iint \cos{z}\,dxdy %% 10. %%(math inline) (1+\frac{1}{n}) ^n %% 11. %%(math inline) \left( 1+\frac{1}{n}\right) ^n %% 12. %%(math inline) \forall \, k\geq0 \quad \exists n \Leftrightarrow y\notin X %% 13. %%(math inline) \angle ABC = 90^{\circ} \Longleftarrow AB \perp BC %% 14. %%(math inline) \overbrace{\underbrace{a+b+\ldots+z}_{n}+1+2+\ldots+9}^k %% 15. %%(math inline) \arctan{x}+\max_{1\le n\le m}{x_n} %%

1. %%(math inline)
X^{a+b}_{i-j}
%%
2. %%(math inline)
f+f'+f''+\cdots+f^{(10)}
%%
3. %%(math inline)
A\ast B\times C\cdot D
%%
4. %%(math inline)
\varphi\approx\varepsilon
%%
5. %%(math inline)
\sqrt{x}+\sqrt[10]{y}\leq \frac{1+|\vec{z}|}8
%%
6. %%(math inline)
\frac1{ \displaystyle\bar{\xi} + \displaystyle\frac{3}7 }
%%
7. %%(math inline)
\sqrt[6]{\log_3{h(x)}} + \dot{\rho}
%%
8. %%(math inline)
\lim_{n \to \infty} \sum_{k=1}^n \frac{1}{k}
%%
9. %%(math inline)
\int_a^b f(x)\,dx \ne \iint \cos{z}\,dxdy
%%
10. %%(math inline)
(1+\frac{1}{n}) ^n
%%
11. %%(math inline)
\left( 1+\frac{1}{n}\right) ^n
%%
12. %%(math inline)
\forall \, k\geq0 \quad \exists n \Leftrightarrow y\notin X
%%
13. %%(math inline)
\angle ABC = 90^{\circ} \Longleftarrow AB \perp BC
%%
14. %%(math inline)
\overbrace{\underbrace{a+b+\ldots+z}_{n}+1+2+\ldots+9}^k
%%
15. %%(math inline)
\arctan{x}+\max_{1\le n\le m}{x_n}
%%

Markup Result

Markup	Result
1. %%(math inline) X^{a+b}_{i-j} %% 2. %%(math inline) f+f'+f''+\cdots+f^{(10)} %% 3. %%(math inline) A\ast B\times C\cdot D %% 4. %%(math inline) \varphi\approx\varepsilon %% 5. %%(math inline) \sqrt{x}+\sqrt[10]{y}\leq \frac{1+\|\vec{z}\|}8 %% 6. %%(math inline) \frac1{ \displaystyle\bar{\xi} + \displaystyle\frac{3}7 } %% 7. %%(math inline) \sqrt[6]{\log_3{h(x)}} + \dot{\rho} %% 8. %%(math inline) \lim_{n \to \infty} \sum_{k=1}^n \frac{1}{k} %% 9. %%(math inline) \int_a^b f(x)\,dx \ne \iint \cos{z}\,dxdy %% 10. %%(math inline) (1+\frac{1}{n}) ^n %% 11. %%(math inline) \left( 1+\frac{1}{n}\right) ^n %% 12. %%(math inline) \forall \, k\geq0 \quad \exists n \Leftrightarrow y\notin X %% 13. %%(math inline) \angle ABC = 90^{\circ} \Longleftarrow AB \perp BC %% 14. %%(math inline) \overbrace{\underbrace{a+b+\ldots+z}_{n}+1+2+\ldots+9}^k %% 15. %%(math inline) \arctan{x}+\max_{1\le n\le m}{x_n} %%

1. %%(math inline)
X^{a+b}_{i-j}
%%
2. %%(math inline)
f+f'+f''+\cdots+f^{(10)}
%%
3. %%(math inline)
A\ast B\times C\cdot D
%%
4. %%(math inline)
\varphi\approx\varepsilon
%%
5. %%(math inline)
\sqrt{x}+\sqrt[10]{y}\leq \frac{1+|\vec{z}|}8
%%
6. %%(math inline)
\frac1{ \displaystyle\bar{\xi} + \displaystyle\frac{3}7 }
%%
7. %%(math inline)
\sqrt[6]{\log_3{h(x)}} + \dot{\rho}
%%
8. %%(math inline)
\lim_{n \to \infty} \sum_{k=1}^n \frac{1}{k}
%%
9. %%(math inline)
\int_a^b f(x)\,dx \ne \iint \cos{z}\,dxdy
%%
10. %%(math inline)
(1+\frac{1}{n}) ^n
%%
11. %%(math inline)
\left( 1+\frac{1}{n}\right) ^n
%%
12. %%(math inline)
\forall \, k\geq0 \quad \exists n \Leftrightarrow y\notin X
%%
13. %%(math inline)
\angle ABC = 90^{\circ} \Longleftarrow AB \perp BC
%%
14. %%(math inline)
\overbrace{\underbrace{a+b+\ldots+z}_{n}+1+2+\ldots+9}^k
%%
15. %%(math inline)
\arctan{x}+\max_{1\le n\le m}{x_n}
%%

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