using System;

public class Program

{

    public static void Main()

    {

/*

​

1. 

    a. The differences between logical AND and bit-wise AND are basically logical AND is a booleen operator and bit-wise AND works on integral values.

       This means that boolean rules apply for logical AND and integral values apply for bit-wise AND. One of these rules is that a logical AND will not evaluate the 

       second operand if the first operand becomes false. Bit-wise AND will not do this. With bit-wise AND if either of the bits is 0 the result is 0.

       Otherwise the result is 1. 

    b. The differences between logical OR and bit-wise OR are basically the same premises as logical AND vs bit-wise AND.

       This means that boolean rules apply for logical OR and integral values apply for bit-wise OR. One of these rules is that a logical OR will not evaluate the 

       second operand if the first operand becomes TRUE. Bit-wise OR will not do this. With bit-wise OR if either of the bits is 1 the result is 1.

       Otherwise the result is 0. 

​

​

2.

    a. Variable z is equal to 3 after the code is executed because the bits for x are 00000011 and the bits for y are 00000111. Bit-wise AND takes these and evaluates

       the differences between the each individual bits. If either of the bits is 0 the result is 0. Otherwise the result is 1. Therfore, the answer to "x & y" is 00000011 because C#

       saw that y had a "1" in a spot where x had 0, so it used 0 in the calculation. 

    b. Variable w is equal to 7 after the code is executed because the bits for x are 00000011 and the bits for y are 00000111. Bit-wise OR takes these and evaluates

       the differences between the each individual bits. If either of the bits is 1 the result is 1. Otherwise the result is 0. Therfore, the answer to "x & y" is 00000111 because C#

       saw that y had a "1" in a spot where x had 0, so it used 1 in the calculation. 

​

​

​

*/

// 3. 

        Console.WriteLine(" Please enter 2 integers:");

        int intNumber1 = Convert.ToInt32(Console.ReadLine());

        int intNumber2 = Convert.ToInt32(Console.ReadLine());

        if (intNumber1 > 255 || intNumber2 > 255)

            {

                Console.WriteLine("These numbers are too big!");

            }

    }

}