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create a new java file called dice.java simulate ... Question: Create a new Java

ID: 3813432 • Letter: C

Question

create a new java file called dice.java simulate ... Question: Create a new Java file called Dice.java... Bookmark Create a new Java file called Dice.java Simulate the rolling of 2 dice. Do that by creating one single object of type Random and by reusing it to rollthe first die and then the second die. Once both dice have been rolled calculate the sum of the two values. Use a one-dimensional integer array to count how often each sum appears.When rolling two dice the sum will be a value from 2 – 12. However, not everysum has the same probability of being rolled. E.g.: There are three ways to roll a sum of 4, six ways to roll a sum of 7 but onlyone way to roll a sum of 12. Roll the two dice 36,000 times. Display the results in a tabular format like in the sample output. Start with aheader line ( Sum, Fequency, and Percentage) and list the numbers in rightaligned columns. The percentage should display only one digit after the decimal point. Hint: In order to output % within a format string write %%Recommendation: Check whether the results are reasonable (e.g. the sum 7 should be rolled about 1/6 of the time)

Explanation / Answer

HI, Please find my implementation.

Please let me know in case of any issue.

import java.util.Random;

public class Dice {

  

   public int getValue(){

       Random rand = new Random();

       return rand.nextInt(6)+1;

   }

  

   public static void main(String[] args) {

      

       // creating an array

       int sum[] = new int[13];

      

       // creating two dice

       Dice dice1 = new Dice();

       Dice dice2 = new Dice();

      

       for(int i=1; i<36000; i++){

          

           int roll1 = dice1.getValue();

           int roll2 = dice2.getValue();

          

           sum[roll1+roll2]++; // increasing the count

       }

      

       // finding the total

       double total = 0;

       for(int i=2; i<13; i++)

           total = total + sum[i];

      

       System.out.println("Sum Frequency Percentage");

       for(int i=2; i<13; i++){

          

           System.out.println(i+" "+sum[i]+" "+String.format("%.4f", (sum[i]/total)*100));

       }

      

   }

}

/*

Sample run:

Sum       Frequency       Percentage

2       960           2.6667

3       1975           5.4863

4       3016           8.3780

5       4060           11.2781

6       5022           13.9504

7       6005           16.6810

8       5054           14.0393

9       3997           11.1031

10       2942           8.1724

11       1939           5.3863

12       1029           2.8584

*/