NEED SOLUTION IN JAVA NO OTHER LANGUAGE NEED SOLUTION IN JAV

NEED SOLUTION IN JAVA. NO OTHER LANGUAGE.

NEED SOLUTION IN JAVA. NO OTHER LANGUAGE.

NEED SOLUTION IN JAVA. NO OTHER LANGUAGE.

Rainfall Statistics

Write a program that stores the name of each month in an array of Strings, and the rainfall for each month of the year into an array of doubles. The program should determine the total rainfall for the year, the average monthly rainfall, and the months with the most and least amount of rain.

You will need:

Two one-dimensional arrays – one to store the names of each month and another to store the rainfall for each month. (What would be the size of these arrays?)

Use an initialization list to store the names of each month into the String array.

A for loop to receive the values of rainfall.

You should refer to your string array to get the names for the appropriate month.

The rainfall values should be stored in the doubles array.

Make sure the user does not enter a negative value for rainfall. (Use a while loop for this part)

A for loop to compute the running sum

A variable to store the average

A for loop (with a nested if statement) to determine the largest amount of rainfall in the doubles array

You need to refer to the String array to indicate the month with the largest rainfall.

A for loop (with a nested if statement) to determine the smallest amount of rainfall

You need to refer to the String array to indicate the month with the largest rainfall.

Sample output:

Enter the rainfall (in inches) for January: -5.5
Values must be 0 of more.
Re-enter the rainfall for January: 5.5
Enter the rainfall (in inches) for February: 4
Enter the rainfall (in inches) for March: 7.5
Enter the rainfall (in inches) for April: 10
Enter the rainfall (in inches) for May: 8.5
Enter the rainfall (in inches) for June: 6
Enter the rainfall (in inches) for July: 3
Enter the rainfall (in inches) for August: 2.5
Enter the rainfall (in inches) for September: 9
Enter the rainfall (in inches) for October: 7
Enter the rainfall (in inches) for November: 6.5
Enter the rainfall (in inches) for December: 8
The total rainfall for the year is 77.5 inches.
The average rainfall for the year is 6.46 inches.
The largest amount of rainfall for the year is 10 inches in April.
The smallest amount of rainfall for the year is 2.5 inches in August.

Code Shell

//*********************************************************
// Rainfall.java       
//
// This program asks the user to enter rainfall amounts
// for the year. It then computes the total rainfall
// the average rainfall, and reports the months with the
// highest and lowest amount of rainfall.
//*********************************************************

import java.util.Scanner;
import java.text.DecimalFormat;

public class Rainfall
{
   public static void main(String [] args)
   {
      // Declare constant to store size of both arrays
      final int NUM_MONTH = /* complete this statement */;     
     

Scanner scan = new Scanner(System.in);
      
      // Declare array to store the rainfall data
      double [] rain = new double [NUM_MONTH];  
   
      // Declare array to store the name of each month
      // Use an initialization list here
      String [] month = /* complete this statement */;
      
      // Get the rainfall for each month.
      for (int i = 0; i < NUM_MONTH; i++)
      {
         System.out.print(\"Enter the rainfall (in inches)

     for \"+ month[i] + \": \");
         rain[i] = scan.nextDouble();
         
         // Validate the input
         while (...)
         {

         }
         
      }
   
      // Calculate the running sum
      double total = 0;
      for (...)
         // total computed here (see listing 5.7 in text)
      
      // Format output to 2 decimal places
      DecimalFormat fmt = new DecimalFormat(\"0.##\");
         
      // Display the total rainfall

                         
      // Calculate the average
      double average;


      
      // Display the average
                         
      // Now determine the largest amount of rainfall
      double largest = rain[0];   // holds largest value
      // assume largest value is in first position

            
      int index = 0;
      
      for (...) // don’t compare first value to itself

                        // loop control variable should equal 1


      {
         if (/* value is greater than largest*/)
         {
            largest = /*value in array */;
            index = /*position in array */;
         }
      }
                                  
      // Display the largest amount of rainfall and the

// month when it occured

      // Now determine the smallest amount of rainfall
      double smallest = rain[0];   // holds smallest value
                  
      index = 0; // reset index
      
      for (...) // don’t compare first value to itself

                        // loop control variable should equal 1


      {
         if (/* value is smaller than smallest*/)
         {
            smallest = /*value in array */;;
            index = /*position in array */;
         }
      }

      // Display the smallest amount of rainfall and the

// month when it occured

   }
}

NEED SOLUTION IN JAVA. NO OTHER LANGUAGE.

Solution

Hi, Please find my implementation.

/*********************************************************/
//Rainfall.java   
//
//This program asks the user to enter rainfall amounts
//for the year. It then computes the total rainfall
//the average rainfall, and reports the months with the
//highest and lowest amount of rainfall.
//*********************************************************

import java.util.Scanner;
import java.text.DecimalFormat;

public class Rainfall
{
   public static void main(String [] args)
   {
       // Declare constant to store size of both arrays
       final int NUM_MONTH = 12; /* complete this statement */;   

       Scanner scan = new Scanner(System.in);

       // Declare array to store the rainfall data
       double [] rain = new double [NUM_MONTH];

       // Declare array to store the name of each month
       // Use an initialization list here
       String [] month = {
               \"January\",
               \"February\",
               \"March\",
               \"April\",
               \"May\",
               \"June\",   
               \"July\",   
               \"August\",   
               \"September\",
               \"October\",
               \"November\",   
               \"December\"
               };

       // Get the rainfall for each month.
       for (int i = 0; i < NUM_MONTH; i++)
       {
           System.out.print(\"Enter the rainfall (in inches) for \"+ month[i] + \": \");
           rain[i] = scan.nextDouble();
           // Validate the input
           while (rain[i] <= 0)
           {
               System.out.println(\"Values must be 0 of more.\");
               System.out.print(\"Re-enter the rainfall for \"+month[i]+\": \");
               rain[i] = scan.nextDouble();
           }

       }

       // Calculate the running sum
       double total = 0;
       for (int i = 0; i < NUM_MONTH; i++){
           total = total + rain[i];
       }
       // total computed here (see listing 5.7 in text)

       // Format output to 2 decimal places
       DecimalFormat fmt = new DecimalFormat(\"0.##\");

       // Display the total rainfall
       System.out.println(\"The total rainfall for the year is \"+fmt.format(total)+\" inches.\");


       // Calculate the average
       double average;
       average = total/NUM_MONTH;
      
       // Display the average
       System.out.println(\"The average rainfall for the year is \"+fmt.format(average)+\" inches.\");

       // Now determine the largest amount of rainfall
       double largest = rain[0]; // holds largest value
       // assume largest value is in first position
       int index = 0;
       for (int i = 1; i < NUM_MONTH; i++) // don’t compare first value to itself
           // loop control variable should equal 1
       {
           if (rain[i] > largest)
           {
               largest = rain[i]; /*value in array */;
               index = i;/*position in array */;
           }
       }

       // Display the largest amount of rainfall and the
       // month when it occured
       System.out.println(\"The largest amount of rainfall for the year is \"+largest+\" inches in \"+month[index]+\".\");

       // Now determine the smallest amount of rainfall
       double smallest = rain[0]; // holds smallest value

       index = 0; // reset index

       for (int i = 1; i < NUM_MONTH; i++) // don’t compare first value to itself
           // loop control variable should equal 1

       {
           if (rain[i] < smallest)
           {
               smallest = rain[i]; /*value in array */;;
               index = i;/*position in array */;
           }
       }

       // Display the smallest amount of rainfall and the
       // month when it occured
       System.out.println(\"The smallest amount of rainfall for the year is \"+smallest+\" inches in \"+month[index]+\".\");

   }
}
/*
Sample Run:
Enter the rainfall (in inches) for January: -5.5
Values must be 0 of more.
Re-enter the rainfall for January: 5.5
Enter the rainfall (in inches) for February: 4
Enter the rainfall (in inches) for March: 7.5
Enter the rainfall (in inches) for April: 10
Enter the rainfall (in inches) for May: 8.5
Enter the rainfall (in inches) for June: 6
Enter the rainfall (in inches) for July: 3
Enter the rainfall (in inches) for August: 2.5
Enter the rainfall (in inches) for September: 9
Enter the rainfall (in inches) for October: 7
Enter the rainfall (in inches) for November: 6.5
Enter the rainfall (in inches) for December: 8
The total rainfall for the year is 77.5 inches.
The average rainfall for the year is 6.46 inches.
The largest amount of rainfall for the year is 10.0 inches in April.
The smallest amount of rainfall for the year is 2.5 inches in August.
*/

NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. Rainfall Statistics Write a progra
NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. Rainfall Statistics Write a progra
NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. Rainfall Statistics Write a progra
NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. Rainfall Statistics Write a progra
NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. Rainfall Statistics Write a progra
NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. NEED SOLUTION IN JAVA. NO OTHER LANGUAGE. Rainfall Statistics Write a progra

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