The **`cbrt` method** is used to find the cube root of a double value. `cbrt` is a static method present in the `Math` class. 

#   
#  Syntax

```
Math.cbrt(double num);
```

The `cbrt` method returns the cube root of the argument. For example, the cube root of 27 is 3. The return type of the `cbrt` method is `double`. If the argument is negative, then the `cbrt(-num)` will be computed internally by `-cbrt(num)`.

For `NaN` , `POSITIVE_INFINITY` ,  `NEGATTIVE_INFINITY`, `+0`, `-0` the return value is the same as the argument.

##   
## Example

class CbrtExample {
    public static void main( String args[] ) {
      double num = 27.0;
      System.out.println( "cbrt(27.0) : " + Math.cbrt(num) );

      num = -125.0;
      System.out.println( "cbrt(-125.0) : " + Math.cbrt(num) );

      num = 1.0; // infinity 
      System.out.println( "cbrt(1.0) : " + Math.cbrt(num) );

      num = -0.0;
      System.out.println( "cbrt(-0.0) : " + Math.cbrt(num) );

      num = 10; // infinity 
      System.out.println( "cbrt(10) : " + Math.cbrt(num) );

    }
}

In the code above, we have used the `Math.cbrt` function to find the cube root of the numbers.

* For the number `27.0`, the cube root value will be `3.0`. `3*3*3` will produce `27`.

* For the number `-125.0`, the cube root value will be `-5.0`. `5 * 5 * 5` will produce `125`. The argument is negative so the `-` sign is added to the `5` and `-5.0` will be returned.

* For the number `1.0`, the cube root value will be `1.0`.

* For the number `-0.0`, the cube root value will be `-0.0`.

* For the number `10`, the cube root value will be `2.154434690031884`.

What is Math.cbrt in Java?

Math.cbrt finds the cube root of a double value, returning the result as a double.