Inputs: * Water Meter Reading at the beginning of the year (i.e. January 1) * Water Meter Readings at the end of each of the 12 months * Payment Rates (Minimum Bill, price of water per cubic meter) Outputs: * Cubic meters of water consumed for each month (monthly consumption) * Amount paid for each month based on given rates (monthly payment) * Average of monthly consumptions * Average of monthly payments * The month during which the amount of water consumed is highest * The month during which the amount of water consumed is lowest Algorithm 1.Read the name of the water consumer (consumer). 2.Read The classification (cType) of the consumer such that the only valid values for cType is "commercial" or "residential" 3.Read water meter reading in cubic meters at the beginning of the year(previousR[0]). 4.For month 1 to 12 Read the water meter reading in cubic meters at the end of the month (presentR) such that presentR cannot be less than previousR. Store the value in an array. Please complete this part of the program:
Inputs: * Water Meter Reading at the beginning of the year (i.e. January 1) * Water Meter Readings at the end of each of the 12 months * Payment Rates (Minimum Bill, price of water per cubic meter) Outputs: * Cubic meters of water consumed for each month (monthly consumption) * Amount paid for each month based on given rates (monthly payment) * Average of monthly consumptions * Average of monthly payments * The month during which the amount of water consumed is highest * The month during which the amount of water consumed is lowest Algorithm 1.Read the name of the water consumer (consumer). 2.Read The classification (cType) of the consumer such that the only valid values for cType is "commercial" or "residential" 3.Read water meter reading in cubic meters at the beginning of the year(previousR[0]). 4.For month 1 to 12 Read the water meter reading in cubic meters at the end of the month (presentR) such that presentR cannot be less than previousR. Store the value in an array. Please complete this part of the program:
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Inputs:
* Water Meter Reading at the beginning of the year (i.e. January 1)
* Water Meter Readings at the end of each of the 12 months
* Payment Rates (Minimum Bill, price of water per cubic meter)
Outputs:
* Cubic meters of water consumed for each month (monthly consumption)
* Amount paid for each month based on given rates (monthly payment)
* Average of monthly consumptions
* Average of monthly payments
* The month during which the amount of water consumed is highest
* The month during which the amount of water consumed is lowest
1.Read the name of the water consumer (consumer).
2.Read The classification (cType) of the consumer such that the only valid values for cType is "commercial" or "residential"
3.Read water meter reading in cubic meters at the beginning of the year(previousR[0]).
4.For month 1 to 12
Read the water meter reading in cubic meters at the end of the month (presentR) such that presentR cannot be less than previousR. Store the value in an array.
Please complete this part of the program:
![public class WaterBillAnnualSummary {
/**
* Computes and returns the average of the elements an array
* of floating point numbers */
public static double computeAverage(double[] values) { //
double total
0; // to hold the total of all elements
0; // to hold the average
double average
for (double element : values) // add the elements
total = total + element;
// compute the average
average = total / values.length; // total divided by no. of elements
return average;
}](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F45fe4c57-b0e6-4485-95b7-0010badb1350%2F3875b565-14a3-4792-8cd6-b91c959463d2%2Fow6jdi8_processed.png&w=3840&q=75)
Transcribed Image Text:public class WaterBillAnnualSummary {
/**
* Computes and returns the average of the elements an array
* of floating point numbers */
public static double computeAverage(double[] values) { //
double total
0; // to hold the total of all elements
0; // to hold the average
double average
for (double element : values) // add the elements
total = total + element;
// compute the average
average = total / values.length; // total divided by no. of elements
return average;
}
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