console.log(Math.pow(2, 4));  // 16

console.log(Math.pow(3, 3));  // 27

​

// Negative bases to fractional exponents return NaN:

console.log(Math.pow(-7, 1/3));  // NaN

// Math.pow()

​

// The Math. pow() method returns the value of x to the power of y (xy).

​

// EXAMPLE : 1

let powerOf = Math.pow(2,5);

console.log(powerOf);

// OUTPUT: 32

​

// EXAMPLE : 2

let powerOf2 = Math.pow(-2,5);

console.log(powerOf2);

// OUTPUT: -32

​

// EXAMPLE : 3

let powerOf3 = Math.pow();

console.log(powerOf3);

// OUTPUT: NaN

Math.pow(base, exponent);

​

Math.pow(2, 4);

import java.lang.*;

​

public class MathDemo {

​

   public static void main(String[] args) {

​

//what is Math.pow(3, 2)?

​

      double x = 3;

      double y = 2;

​

      System.out.println("Math.pow(" + x + "," + y + ")=" + Math.pow(x, y));

   }

}

​

//the Output is 9

public class Solution {

    public double MyPow(double x, int n) {

    }

}

Math.pow(6,2)

Math.pow(base, exponent);

​

Math.pow(10, -2);

// Outputs 16

// The same as going 2^4, 2 to the power of 4

math.pow (5,2)

class Solution {

public:

    double myPow(double x, int n) {

    }

};

class Solution {

    public double myPow(double x, int n) {

    }

}