USE C++ AND Concept of inheritance for the program. A class RentedVehicle that has:1.One private instance variable baseFee of type double2.One constructor to initialize the instance variable3. One instance method getCost () that returns the base fee - Accessor methods for theinstance variablesA subclass FuelVehicle that:1.has one additional private instance variable nbKms indicating the total number ofkilometers traveled.2. one constructor to initialize the instance variables.3. one instance method getMileageFees to return the fees due to mileage based on thefollowing:If nbKms<100 mileagefees=0.2*nbkmsIf 100<=nbKms<=400 mileagefees=0.3*nbkmsIf nbKms>400 mileagefees=0.3 times 400 plus 0.5times the extra kilometers above 400.- accessor methodsA Car class which is a subclass of FuelVehicle that:1. has one additional private instance variable nbSeats2. has one constructor to initialize the instance variables3.overrides getCost method by adding nbseats*baseFee to mileageFees4.accessorsA Truck class which is a subclass of FuelVehicle that:1. has one private instance variable capacity2. has one constructor to initialize the instance variables3.overrides getCost method by adding baseFee*capacity to mileageFees4. accessorsA Bicycle class that extends RentedVehicle that:1. has one additional private instance variable nbDays indicating the number of days itis rented.2. has one constructor to initialize the instance variables3. overrides getCost method to return baseFee * nbDays4. accessorsNote: Implement all five classes with their accessor and mutator methods.EXPECTED OUTPUT:Write a MAIN class that generates 6 objects randomly from either a Car, or a Truck, or aBicycle class. Prints the following information.1. if the object is a car print its name and the number of seats and cost.2. if it is a Truck, print its name and capacity and cost.3. if it is a Bicycle, print its name and how many days it is rented and cost.

A class RentedVehicle that has: 1.One private instance variable baseFee of type double 2.One constructor to initialize the instance variable 3. One instance method getCost () that returns the base fee - Accessor methods for the instance variables A subclass FuelVehicle that: 1.has one additional private instance variable nbKms indicating the total number of kilometers traveled. 2. one constructor to initialize the instance variables. 3. one instance method getMileageFees to return the fees due to mileage based on the following:

A class RentedVehicle that has: 1.One private instance variable baseFee of type double 2.One constructor to initialize the instance variable 3. One instance method getCost () that returns the base fee - Accessor methods for the instance variables A subclass FuelVehicle that: 1.has one additional private instance variable nbKms indicating the total number of kilometers traveled. 2. one constructor to initialize the instance variables. 3. one instance method getMileageFees to return the fees due to mileage based on the following:

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter11: Advanced Inheritance Concepts

Section: Chapter Questions

Problem 3PE

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WRITE THIS JAVA CODE: A class RentedVehicle that has:- One private instance variable baseFee of type double- One constructor to initialize the instance variable- One instance method getCost () that returns the base fee- Accessor methods for the instance variablesA subclass FuelVehicle that :- has one additional private instance variable nbKms indicating the total numberof kilometers traveled.- one constructor to initialize the instance variables.- one instance method getMileageFees to return the fees due to mileage based onthe following:If nbKms < 100 mileagefees=0.2*nbkmsIf 100<=nbKms<= 400 mileagefees=0.3*nbkmsIf nbKms>400 mileagefees=0.3 times 400 plus 0.5 times the extra kilometers above 400.- accessor methodsA Car class which is a subclass of FuelVehicle that :- has one additional private instance variable nbSeats - has one constructor to initialize the instance variables- overrides getCost method by adding nbseats*baseFee to mileageFees- accessorsA Truck class which…
A class called MyCircle, which models a circle with a center (x,y) and a radius, is designed as shown in the class diagram. The MyCircle class uses an instance of MyPoint class (created in the previous exercise) as its center. The class contains: Two private instance variables: center (an instance of MyPoint) and radius (int).A constructor that constructs a circle with the given center's (x, y) and radius.An overloaded constructor that constructs a MyCircle given a MyPoint instance as center, and radius.A default constructor that construct a circle with center at (0,0) and radius of 1.Various getters and setters.A toString() method that returns a string description of this instance in the format "MyCircle[radius=r,center=(x,y)]". You shall reuse the toString() of MyPoint.getArea() and getCircumference() methods that return the area and circumference of this circle in double.A distance(MyCircle another) method that returns the distance of the centers from this instance and the given…
Write a class Point with instance variables as: xCoordinate(int) and yCoordinate(int). Write public instance methods (getters & setters) for each instance variable. Now, write a class Circle with private instance variables as radius and Pi (value is 3.14). Write public setter, getter for radius, Area method for calculating Area, Draw method for radius. Formula for calculating area=pi*r^2 Formula for calculating radius= sqrt (xCordinate^2+yCordinate^2) Extend a Circle class from Point class such as Class Circle extends Point Write a Default constructor in Circle class that sets radius, xCoordinate & yCoordinate to some default value e.g. -1; Write a Parameterized constructor in Circle class which takes xCoordinate, yCoordinate and radius as a parameter. E.g. Circle (int xCoordinate, int yCoordinate, double radius) { this.xCoordinate= xCoordinate; this.yCoordinate= yCoordinate;…
Write a class Point with instance variables as: xCoordinate(int) and yCoordinate(int). Write public instance methods (getters & setters) for each instance variable. Now, write a class Circle with private instance variables as radius and Pi (value is 3.14). Write public setter, getter for radius, Area method for calculating Area, Draw method for radius.  Formula for calculating area=pi*r^2  Formula for calculating radius= Math.sqrt (xCordinate^2+yCordinate^2) a. Extend a Circle class from Point class such as Class Circle extends Pointb. Write a Default constructor in Circle class that sets radius, xCoordinate & yCoordinate to some default value e.g. -1;c. Write a Parameterized constructor in Circle class which takes xCoordinate, yCoordinate and radius as a parameter.Now write a ColoredCirlce class with private instance variable as color (String) and public setter & getters. Extend the ColoredCircle from Circle and do the following operations.d. Write a default constructor…
Write a class called Circle that contains:a. Three private instance variables: radius (of the type double), color (of thetype String), and area (of type double).b. Two constructors - a default constructor with no argument (default value of radiusis 2.0, and color is Green) and a parameterized constructor, which initializes onlythe radius and the color variables.c. Getter and setter for the radius and color variables.d. Two public methods: calculateArea(), and getPerimeter, which return the areaand perimeter of a circle instance, respectively. Both methods have return.Then write a driver class that tests the Circle class. In the driver class, create two objectsof Circle class, one that tests the default constructor of the Circle class (here no user inputis required) and then get the color, radius, area, and perimeter of that object and displaythem. The second object should test the parameterized constructor (here you need to ask userto give you input to initialize the class variables).…
Give a complete definition of a class called TitledPerson, which youderive from the class Person in Listing 8.1. The class TitledPerson hasone additional String instance variable for a title, such as Ms., Mr.,or The Honorable. The class TitledPerson has two constructors: adefault constructor and one that sets both the name and the title. It hasa writeOutput method, a reset method, an equals method, an accessormethod getTitle that returns the title, and a mutator method setTitlethat changes the person’s title. For two titled people to be equal, theymust have the same name and the same title. You may want to use theclass Student in Listing 8.2 as a model.
the class should be named Change. The class requires at least 2 instance variables for the name of a person and the coin change amount to be given to that person. In Australia, the coin denominationsare 50 cents, 20 cents, 10 cents, and 5 cents. All these instancevariables should be declared as private. Think of a way such that the client program can use thesame class name and public methods for other countries with different coin denominations withoutchanging their client program. Explain how your class can satisfy this in your externaldocumentation.Your class will need to have at least a default constructor, and a constructor with two parameters:one parameter being a name and the other a coin amount. Your class should also provide appropriateget and set methods for client usage. Other methods (including helper) may be provided as needed.However, make sure they are necessary for good class design; you must provide legitimate justification for their usage in the internal and external…
Create a class called RoomCarpet that has three private instance variables – room lengthand width in foot (double) and carpet cost per square foot (double). Additionally, the classshould have:a. A constructor that takes room length, room width and carpet cost per square foot. Theconstructor sets the class variables to these values and in case any of these values isnegative, set its instance variable to zero.b. A mutator method (set) and an accessor method (get) for the carpet cost variable only.c. A method getArea that returns the area of the room. The area of the room iscomputed by multiplying the room's length by the room's width.d. A method getTotalCost that returns the total cost of the carpet. The total cost iscomputed by multiplying the room area by the carpet cost per square foot. NOTE this is in java and there another question ill add as a follow up
(Java) Create an HourlyEmployee class that inherits from Employee and has two new instance variables: hours, which represents the hours worked, and wage, which represents the employee's pay per hour. (Both are doubles.) Create a constructor that takes the arguments first name, last name, social security number, hourly wage, and the number of hours worked. Also create accessors, mutators, an earnings method that returns the money earned by the employee this week, and a toString method that returns information about the employee in the form of a String. The setWage method should ensure that the wage is nonnegative, and the setHours method should ensure that the value of hours is between 0 and 168 (the number of hours in a week).Create a Driver class with a main method that prompts the user to enter a first name, last name, social security number, hours, and wage for an employee. Then, the program should create an HourlyEmployee object and use its toString method to print information…
1) Write a class called Room, which has three private instance variables: a) a double width, representing the width of the room in feet, b) a double length, representing the length of the room in feet, and c) an int floor, representing the building floor that the room is on. 2) Write a default constructor for the class Room that sets the width to 10, the length to 12.5, and the floor to 1. 3) Write get and set methods (“getters” and “setters”) for the three instance variables. For the set methods for the width and length, only positive values should be set. If the input is 0 or a negative number, the variables should not be changed. 4) Write a constructor for the class Room that takes in two double parameters and an int, and sets length to the larger double, width to the smaller double, and floor to the int. Use the setters from part (b). 5) Override the default toString method for the class Room, so when called by an instance of Room created by the default constructor from part (a)…
Complete the FoodItem class by adding a constructor to initialize a food item. The constructor should initialize the name (a string) to "None" and all other instance attributes to 0.0 by default. If the constructor is called with a food name, grams of fat, grams of carbohydrates, and grams of protein, the constructor should assign each instance attribute with the appropriate parameter value. The given program accepts as input a food item name, fat, carbs, and protein and the number of servings. The program creates a food item using the constructor parameters' default values and a food item using the input values. The program outputs the nutritional information and calories per serving for both food items. Ex: If the input is: M&M's 10.0 34.0 2.0 1.0 where M&M's is the food name, 10.0 is the grams of fat, 34.0 is the grams of carbohydrates, 2.0 is the grams of protein, and 1.0 is the number of servings, the output is: Nutritional information per serving of None: Fat: 0.00 g…
Build a class called BankAccount that manages checking and savings accounts. The class has three private member fields: a customer name (String), the customer's savings account balance (double), and the customer's checking account balance (double). Implement the following Constructor and instance methods: public BankAccount(String newName, double amt1, double amt2) - set the customer name to parameter newName, set the checking account balance to parameter amt1 and set the savings account balance to parameter amt2. (amt stands for amount)public void setName(String newName) - set the customer namepublic String getName() - return the customer namepublic void setChecking(double amt) - set the checking account balance to parameter amtpublic double getChecking() - return the checking account balancepublic void setSavings(double amt) - set the savings account balance to parameter amtpublic double getSavings() - return the savings account balancepublic void depositChecking(double amt) - add…