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# Math
The Math object contains lots of math-related utilities.
It provides us a lot of properties and functions that we can use to perform calculations.
### Properties
* `Math.E` e, base of the natural logarithm (means \~2.71828)
* `Math.LN10` represents the base e (natural) logarithm of 10
* `Math.LN2` represents the base e (natural) logarithm of 2
* `Math.LOG10E` represents the base 10 logarithm of e
* `Math.LOG2E` represents the base 2 logarithm of e
* `Math.PI` the π constant (\~3.14159)
* `Math.SQRT1_2` represents the reciprocal of the square root of 2
* `Math.SQRT2` represents the square root of 2
### Methods
All those methods are static.
#### Math.abs()
Returns the absolute value of a number
```jsx
Math.abs(2.5) //2.5
Math.abs(-2.5) //2.5
```
#### Math.acos()
Returns the arccosine of the operand
The operand must be between -1 and 1
```jsx
Math.acos(0.8) //0.6435011087932843
```
#### Math.asin()
Returns the arcsine of the operand
The operand must be between -1 and 1
```jsx
Math.asin(0.8) //0.9272952180016123
```
#### Math.atan()
Returns the arctangent of the operand
```jsx
Math.atan(30) //1.5374753309166493
```
#### Math.atan2()
Returns the arctangent of the quotient of its arguments.
```jsx
Math.atan2(30, 20) //0.982793723247329
```
#### Math.ceil()
Rounds a number up
```jsx
Math.ceil(2.5) //3
Math.ceil(2) //2
Math.ceil(2.1) //3
Math.ceil(2.99999) //3
```
#### Math.cos()
Return the cosine of an angle expressed in radiants
```jsx
Math.cos(0) //1
Math.cos(Math.PI) //-1
```
#### Math.exp()
Return the value of Math.E multiplied per the exponent that’s passed as argument
```jsx
Math.exp(1) //2.718281828459045
Math.exp(2) //7.38905609893065
Math.exp(5) //148.4131591025766
```
#### Math.floor()
Rounds a number down
```jsx
Math.floor(2.5) //2
Math.floor(2) //2
Math.floor(2.1) //2
Math.floor(2.99999) //2
```
#### Math.log()
Return the base *e* (natural) logarithm of a number
```jsx
Math.log(10) //2.302585092994046
Math.log(Math.E) //1
```
#### Math.max()
Return the highest number in the set of numbers passed
```jsx
Math.max(1,2,3,4,5) //5
Math.max(1) //1
```
#### Math.min()
Return the smallest number in the set of numbers passed
```jsx
Math.max(1,2,3,4,5) //1
Math.max(1) //1
```
#### Math.pow()
Return the first argument raised to the second argument
```jsx
Math.pow(1, 2) //1
Math.pow(2, 1) //2
Math.pow(2, 2) //4
Math.pow(2, 4) //16
```
#### Math.random()
Returns a pseudorandom number between 0.0 and 1.0
```jsx
Math.random() //0.9318168241227056
Math.random() //0.35268950194094395
```
#### Math.round()
Rounds a number to the nearest integer
```jsx
Math.round(1.2) //1
Math.round(1.6) //2
```
#### Math.sin()
Calculates the sin of an angle expressed in radiants
```jsx
Math.sin(0) //0
Math.sin(Math.PI) //1.2246467991473532e-16)
```
#### Math.sqrt()
Return the square root of the argument
```jsx
Math.sqrt(4) //2
Math.sqrt(16) //4
Math.sqrt(5) //2.23606797749979
```
#### Math.tan()
Calculates the tangent of an angle expressed in radiants
```jsx
Math.tan(0) //0
Math.tan(Math.PI) //-1.2246467991473532e-16
```