Write a program in CentimetersTOFeet.java that converts centimeters to feet and inches. Prompt the user for the number of centimeters (allow any real value) and print the number of whole feet + remaining inches. Use constants with these exact names in your program: CENTIMETERS_PER_INCH = 2.54 INCHES_PER_FOOT = 12 Hint: It's not strictly necessary, but you may find it useful to use the remainder operator % in your calculations (% is also sometimes called the "modulo" operator). Here's example output from running the program vhen the user provided a value of 193.5 centimeters (that's how tall Dr Leeper is). To pass the automated test, make your program output match this pattern, including punctuation and spacing. This program converts centimeters to feet and inches. Enter number of centimeters: 193.5 That's 6 feet, 4.181102362284726 inches!

Statement that increases numPeople by 5. Ex: If numPeople is initially 10, the output is: There are 15 people.

Java

Q1. amount the same, y, n, why? public class CheckingAct { private String actNum; private String nameOnAct; private int balance; . . . . public void processDeposit( int amount ) { balance = balance + amount ; } // modified toString() method public String toString() { return "Account: " + actNum + "\tName: " + nameOnAct + "\tBalance: " + amount ; } } Q2. amount the same, y, n, why? public class CheckingAct { private String actNum; private String nameOnAct; private int balance; . . . . public void processDeposit( int amount ) { // scope of amount starts here balance = balance + amount ; // scope of amount ends here } public void processCheck( int amount ) { // scope of amount starts here int charge; incrementUse(); if ( balance < 100000 ) charge = 15; else charge = 0; balance = balance - amount - charge ; // scope of amount ends here }...

import java.util.Scanner;/** This program computes the time required to double an investment with an annual contribution.*/public class DoubleInvestment{ public static void main(String[] args) { final double RATE = 5; final double INITIAL_BALANCE = 10000; final double TARGET = 2 * INITIAL_BALANCE; Scanner in = new Scanner(System.in); System.out.print("Annual contribution: "); double contribution = in.nextDouble(); double balance = INITIAL_BALANCE; int year = 0; // TODO: Add annual contribution, but not in year 0 do { year++; double interest = balance*(RATE/100); balance = (balance+contribution+interest); } while(balance< TARGET); System.out.println("Year: " + year); System.out.printf("Balance: %.2f%n", balance); }}

Kindly solve this C++ program and follow all the instructions! Please let me know how should I contact you for further assistance. Thank you for your help!

import java.util.*; class Money { private int dollar; private int cent; final static int MIN_CENT_VALUE = 0; final static int MAX_CENT_VALUE = 99; public Money() { this.dollar = 0; this.cent = 0; } public Money(int dollar, int cent) { this.dollar = dollar; if (cent > MIN_CENT_VALUE && cent <= MAX_CENT_VALUE) { this.cent = cent; } else { cent = 0; } } public int getDollar() { return this.dollar; } public void setDollar(int dol) { this.dollar = dol; } public int getCent() { return this.cent; } public void setCent(int c) { if (c >= MIN_CENT_VALUE && c <= MAX_CENT_VALUE) { this.cent = c; } } public Money add(Money otherMoney) { Money m = new Money(); m.dollar = this.dollar + otherMoney.dollar; m.cent = this.cent + otherMoney.cent; if (m.cent >= 100) {...

C++ language please

complete the missing code. public class Exercise09_04Extra { public static void main(String[] args) { SimpleTime time = new SimpleTime(); time.hour = 2; time.minute = 3; time.second = 4; System.out.println("Hour: " + time.hour + " Minute: " + time.minute + " Second: " + time.second); } } class SimpleTime { // Complete the code to declare the data fields hour, // minute, and second of the int type }

public class LabProgram { public static void main(String args[]) { Course course = new Course(); String first; // first name String last; // last name double gpa; // grade point average first = "Henry"; last = "Cabot"; gpa = 3.5; course.addStudent(new Student(first, last, gpa)); // Add 1st student first = "Brenda"; last = "Stern"; gpa = 2.0; course.addStudent(new Student(first, last, gpa)); // Add 2nd student first = "Jane"; last = "Flynn"; gpa = 3.9; course.addStudent(new Student(first, last, gpa)); // Add 3rd student first = "Lynda"; last = "Robison"; gpa = 3.2; course.addStudent(new Student(first, last, gpa)); // Add 4th student course.printRoster(); } } // Class representing a student public class Student { private String first; // first name private String last; // last name private double gpa; // grade point average...

using System;public static class Lab3_2{public static void Main(){// declare the variables and constantsconst double FLAT = 1.25;double weight;double cost, pricePerKg = 0;// Input the weightConsole.Write("Enter a positive weight of the package => ");weight = Convert.ToDouble(Console.ReadLine());// Determine the cost per kilogramif (weight <= 0)Console.WriteLine("*** Invalid weight");else if (weight < 1)pricePerKg = 0.25;else if (weight <= 3.5)pricePerKg = 0.5;else (weight > 3.5)pricePerKg = 1.0;// Compute the cost to send the packageif (weight > 0)cost = weight * pricePerKg + FLAT;elsecost = 0;// Output the resultsConsole.WriteLine("The cost to send the package is {0:C}",cost);Console.ReadLine();}} Remove the error from the given program and run it for input weight 2.5.

public class Animal { public static int population; private int age; } public Animal (int age) { this.age = age; population++; } + msg); public void say (String msg) { System.out.print("Saying: " System.out.print(" for "); System.out.print(getHuman Years()); System.out.println(" years."); } public int getHuman Years() { return age; } public class Mammal extends Animal { private String species; public Mammal(String species, int age) { super (age); this. species species; } } } = public int getHuman Years() { if (species.equals("dog")) 1 else return super.getHumanYears() * 7; return super.getHumanYears(); €

Constant Assignment • The compiler will issue an error if you try to change the value of a constant • In Java, we use the final modifier to declare a constant final int x= 69; Add x= x+10 What is the result?