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https://github.com/fed/mathml-latex-examples

MathML and LaTeX examples 👨‍🏫
https://github.com/fed/mathml-latex-examples

latex mathml

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MathML and LaTeX examples 👨‍🏫

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# MathML and LaTeX Examples

## Example 1

![Example 1](./images/01.jpg)

Latex:

```
x^2+y^2=z^2
```

MathML:

```xml
x2+y2=z2
```

## Example 2

![Example 2](./images/02.jpg)

Latex:

```
z=\sqrt{x^2+y^2}-\frac{x+y}{(x-y)(x+y)}
```

MathML:

```xml
z=x2+y2-x+y(x-y)(x+y)
```

## Example 3

![Example 3](./images/03.jpg)

Latex:

```
\frac1x+\sqrt[x]{3+y}-x\geqslant\mathrm\pi
```

MathML:

```xml
1x+3+yx-x⩾π
```

## Example 4

![Example 4](./images/04.jpg)

Latex:

```
x+y-xy=\frac1{\left|x+xy-y\right|}
```

MathML:

```xml
x+y-xy=1x+xy-y
```

## Example 5

![Example 5](./images/05.jpg)

```
\begin{pmatrix}x-3&1&\frac x2\\3.5&x&4\\5x&6&x+4\end{pmatrix}
```

MathML:

```xml
x-31x23.5x45x6x+4
```

## Example 6

![Example 6](./images/06.jpg)

```
\overset{10}{\underset{i=0}{\sum i}}\geqslant10
```

MathML:

```xml
∑ii=010⩾10
```

## Example 7

![Example 7](./images/07.jpg)

```
\left|f(x)-L\right|<\varepsilon\Rightarrow0<\left|x-a\right|<\delta
```

MathML:

```xml
f(x)-L<ε⇒0<x-a<δ
```

## Example 8

![Example 8](./images/08.jpg)

Latex:

```
\pi\approx\sqrt{\frac{40}3-\sqrt{12}}\approx3.141533
```

MathML:

```xml
π≈403-12≈3.141533
```

## Example 9

![Example 9](./images/09.jpg)

Latex:

```
\mathrm e^{\mathrm\pi}-\mathrm\pi=19.999099979...\approx20
```

MathML:

```xml
eπ-π=19.999099979...≈20
```

## Example 10

![Example 10](./images/10.jpg)

Latex:

```
\mathrm\pi\approx\sqrt{7+\sqrt{6+\sqrt5}}
```

MathML:

```xml
π≈7+6+5
```

## Example 11

![Example 11](./images/11.jpg)

Latex:

```
\sin\left(\theta\right)=\cos\left(\frac{3\pi}2+\theta\right)=\frac{\tan\left(\theta\right)}{\sqrt{1+\tan^2\left(\theta\right)}}
```

MathML:

```xml
sinθ=cos3π2+θ=tanθ1+tan2θ
```

## Example 12

![Example 12](./images/12.jpg)

Latex:

```
\tan\left(\alpha\right)=\frac{\sin\left(\alpha\right)}{\cos\left(\alpha\right)}=\tan\left(\alpha+\pi\right)
```

MathML:

```xml
tanα=sinαcosα=tanα+π
```

## Example 13

![Example 13](./images/13.jpg)

Latex:

```
\sqrt2\in\mathfrak R
```

MathML:

```xml
2∈R
```

## Example 14

![Example 14](./images/14.jpg)

Latex:

```
{(\alpha+\beta)}^2=\alpha^2+2\alpha\beta+\beta^2
```

MathML:

```xml
(α+β)2=α2+2αβ+β2
```

## Example 15

![Example 15](./images/15.jpg)

Latex:

```
\sqrt a\cdot\sqrt[3]b=\ln\left(ab\right)
```

MathML:

```xml
a·b3=lnab
```

## Example 16

![Example 16](./images/16.jpg)

Latex:

```
\int_0^1\frac{x^3+3x}2\operatorname dx
```

MathML:

```xml
∫01x3+3x2dx
```

## Example 17

![Example 17](./images/17.jpg)

Latex:

```
\lim_{x\rightarrow\infty}\sqrt{\frac x{x^2+2x+1}}
```

MathML:

```xml
limx→∞xx2+2x+1
```

## Example 18

![Example 18](./images/18.jpg)

Latex:

```
\left|\int_a^bf(t)\operatorname dt\right|\leqslant\int_a^b\left|f(t)\right|\operatorname dt
```

MathML:

```xml
∫abf(t)dt⩽∫abf(t)dt
```

## Example 19

![Example 19](./images/19.jpg)

Latex:

```
\iint_Dxy^2\operatorname dA=\int_0^1\left(\int_0^2xy^2\operatorname dx\right)\operatorname dy
```

MathML:

```xml
∬Dxy2dA=∫01∫02xy2dxdy
```

## Example 20

![Example 20](./images/20.jpg)

Latex:

```
\prod_{x=1}^52x+1
```

MathML:

```xml
∏x=152x+1
```