LAB 2: In this lab we will focus on use of Classes. Example 1: Write C+ code to create class called car. The private data members for this class are price (float), name (string) and model (int). The member function for this class is: (Constructor) that accepts price, name and model as arguments (inside the class). Write a main() that create two objects (hl) with initially data members (price :13000, name:"accent" and model :2019), (kl) with initially data members (price :16000, name:"cerato" and model :2018). Finally print the name of the expensive car for these two objects using string expansive friend function:

LAB 2: In this lab we will focus on use of Classes. Example 1: Write C+ code to create class called car. The private data members for this class are price (float), name (string) and model (int). The member function for this class is: (Constructor) that accepts price, name and model as arguments (inside the class). Write a main() that create two objects (hl) with initially data members (price :13000, name:"accent" and model :2019), (kl) with initially data members (price :16000, name:"cerato" and model :2018). Finally print the name of the expensive car for these two objects using string expansive friend function:

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter11: Inheritance And Composition

Section: Chapter Questions

Problem 15PE

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Write a base class (Person) that has the following data members: String name, long NID, int age. Your class (Person) should have setters and getters for all data members. Derive a class (Student) from class (Person). Class student should have the following private data members: Int id, double GPA, string major. Class (Student) should have setters and getters for its private data members. In your main function, create an object of class (Student) and set all of its data members.
Part (1) Define a class with the following specifications: The class name is HeightWeightRatio with three private data members: gender (String as male or female in any letter case), height (double in cm), and weight (double in kg). Write a constructor that accepts gender, height and weight as input parameters to initializes the private data members. Provide an accessor (get) method and a mutator (set) method for the height data member. d. Define a public method called checkRatio() which checks the height/weight ratio and returns the decision as Boolean. The height/weight ratio decision is checked as the following: а. b. С. Male: Acceptable when weight is between (height-105) and (height-95); otherwise, is not acceptable Female: Acceptable when weight is between (height-100) and (height-90); otherwise, is not acceptable е. Define a public method called showDetails() to show all details as in the following sample: Gender is Male Height is 170 CM Weight is 74 KG Part (2) Write a Java…
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Part (1) Define a class with the following specifications: The class name is HeightWeightRatio with three private data members: gender (String as male or female in case), height (double in cm), and weight (double in kg). Write a constructor that accepts gender, height and weight as input parameters to initializes the private data members. Provide an accessor (get) method and a mutator (set) method for the height data member. d. Define a public method called checkRatio() which checks the height/weight ratio and returns the decision as Boolean. The height/weight ratio decision is checked as the following: а. any letter b. С. Male: Acceptable when weight is between (height-105) and (height-95); otherwise, is not acceptable Female: Acceptable when weight is between (height-100) and (height-90); otherwise, is not acceptable е. Define a public method called showDetails() to show all details as in the following sample: Gender: Male Height: 170 cm Weight: 74 kg Part (2) Write a Java…
shows the complete anagram.cpp program. Use a class to represent the word to be anagrammed. Member functions of the class allow the word to be displayed, anagrammed, and rotated. The main() routine gets a word from the user, creates a word object with this word as an argument to the constructor, and calls the anagram() member function to anagram the word.
3. Person and Customer Classes The Person and Customer Classes Write a class named Person with data attributes for a person’s name, address, and telephone number. Next, write a class named Customer that is a subclass of the Person class. The Customer class should have a data attribute for a customer number, and a Boolean data attribute indicating whether the customer wishes to be on a mailing list. Demonstrate an instance of the Customer class in a simple program.
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In C++ The base class Pet has private data members petName, and petAge. The derived class Dog extends the Pet class and includes a private data member for dogBreed. Complete main() to: create a generic pet and print information using PrintInfo(). create a Dog pet, use PrintInfo() to print information, and add a statement to print the dog's breed using the GetBreed() function. Ex. If the input is: Dobby2Kreacher3German Schnauzer the output is: Pet Information: Name: Dobby Age: 2Pet Information: Name: Kreacher Age: 3 Breed: German Schnauzer
Person and Customer Classes Write a class named (Person) with data attributes for a person’s name, address, and telephone number. Provide accessors/getters and mutators/setters for each attribute. Write a displayPerson() to print out the attributes of the Person. Next, write a class named (Customer) that is a subclass of the (Person) class. The (Customer) class should have a data attribute for a customer number, and a Boolean data attribute indicating whether the customer wishes to be on a mailing list. Provide accessors/getters and mutators/setters for each attribute. Write a display customer() to print out the attributes of the Customer. Demonstrate an instance of the (Customer) class in a simple program.
Chapter 9 defined the struct studentType to implement the basic properties of a student. Define the class studentType with the same components as the struct studentType, and add member functions to manipulate the data members. (Note that the data members of the class studentTypemust be private.) Write a program to illustrate how to use the class studentType. Struct studentType: struct studentType { string firstName; string lastName; char courseGrade; int testScore; int programmingScore; double GPA; }; An example of the program is shown below: Name: Sara Spilner Grade: A Test score: 89 Programming score: 92 GPA: 3.57 ***************