Function power local variables Learn programming C#

Lesson:

Functions

Exercise:

Function power local variables

Objetive:

Create a function named "Power" to calculate the result of raising an integer number to another (positive integer) number. It must return another integer number. For example. Power(2,3) should return 8.

Note: You MUST use a repetitive structure, such as "for " or "while", you cannot use Math.Pow.

Code:

using System;
public class exercise107
{
    public static void Main()
    {
        int number;
        int exponent;

        Console.Write("Base: ");
        number = Convert.ToInt32(Console.ReadLine());
        Console.Write("Exponent: ");
        exponent = Convert.ToInt32(Console.ReadLine());

        Console.WriteLine("{0}^{1}={2}", number,
         exponent, Power(number, exponent));
    }

    public static int Power(int number, int exponent)
    {
        int result = 1;

    }
}

Function power local variables Learn programming C#

Lesson:

Functions

Exercise:

Function power local variables

Objetive:

Create a function named "Power" to calculate the result of raising an integer number to another (positive integer) number. It must return another integer number. For example. Power(2,3) should return 8. Note: You MUST use a repetitive structure, such as "for " or "while", you cannot use Math.Pow.

Code:

Create a function named "Power" to calculate the result of raising an integer number to another (positive integer) number. It must return another integer number. For example. Power(2,3) should return 8.

Note: You MUST use a repetitive structure, such as "for " or "while", you cannot use Math.Pow.