Throw 100 times to calculate the number of times each number appears. C # The source code case is attached to the second simple solution,

Throw 100 times to calculate the number of times each number appears. C # The source code case is attached to the second simple solution,

 
Console. WriteLine ("Throwing 100 experiments:"); // prompt information
Random randomNum = new Random (); // create a Random number
Int num1 = 0; // defines the number of times 1 appears.
Int num2 = 0; // defines the number of times 2 appears.
Int num3 = 0; // defines the number of times 3 appears.
Int num4 = 0; // defines the number of times that 4 appears.
Int num5 = 0; // defines the number of times that 5 appears.
Int num6 = 0; // defines the number of times that 6 appears.


For (int I = 1; I <= 100; I ++) // for statement Loop
{
Int num = randomNum. Next (1, 7); // defines a variable to accept random numbers.

Switch (num)
{
Case 1:
{
Num1 ++;
Break;
}
                        
Case 2:
{
Num2 ++;
Break;
}
Case 3:
{
Num3 ++;
Break;
}
Case 4:
{
Num4 ++;
Break;
}

Case 5:
{
Num5 ++;
Break;
}

Case 6:
{
Num6 ++;
Break;

}
Default:
Break;

}

Console. WriteLine ("the number of {0} Times is: {1}", I, num );
}


Console. WriteLine ("1 appears {0} Times", num1 );
Console. WriteLine ("2 {0} Times", num2 );
Console. WriteLine ("3 {0} Times", num3 );
Console. WriteLine ("4 {0} Times", num4 );
Console. WriteLine ("5 {0} Times", num5 );
Console. WriteLine ("6 {0} Times", num6 );

// Verify if it is 100 times
Int sum = num1 + num2 + num3 + num4 + num5 + num6;
Console. WriteLine (sum );




Solution 2:

Namespaces _ 2011. _ 12. _ 3
{
Class Program
{
Static void Main (string [] args)
{
Int [] count = new int [7];
Random randomNum = new Random ();
Int num = 0;
For (int I = 0; I <100; I ++)
{
Num = randomNum. Next (1, 7 );
Count [num] ++;
}

Console. WriteLine ("1 appears: {0}", count [1]);

Console. WriteLine ("2 appears: {0}", count [2]);

Console. WriteLine ("3: {0}", count [3]);

Console. WriteLine ("4: {0}", count [4]);

Console. WriteLine ("5: {0}", count [5]);

Console. WriteLine ("6 times: {0}", count [6]);


Console. WriteLine ("{0} times in total! ", Count [1] + count [2] + count [3] + count [4] + count [5] + count [6]);
}
}
}