Select two classes below to implement as an Inheritance relationship. Bathroom Bench Building Chair Desk Furniture House Kitchen Office Room Stool 1. Implement both classes including the following: a. one automatic data member in the parent class b. one dynamic data member in the child class c. all necessary constructors for each class c. the big three where it is required d. Redefine an output function for both classes

Computer Networking: A Top-Down Approach (7th Edition)
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Chapter1: Computer Networks And The Internet
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### Inheritance Relationship in Object-Oriented Programming

**Objective:** Select two classes from the list below to implement an **inheritance** relationship.

#### Class Options:
- Bathroom
- Bench
- Building
- Chair
- Desk
- Furniture
- House
- Kitchen
- Office
- Room
- Stool

#### Implementation Steps:
1. **Implement both classes** including the following:
   a. One **automatic** data member in the **parent** class.
   b. One **dynamic** data member in the **child** class.
   c. **All necessary constructors** for each class.
   d. **The big three** (copy constructor, assignment operator, destructor) where required.
   e. **Redefine** an output function for both classes.

This exercise will help you understand the fundamentals of inheritance in object-oriented programming by practicing data encapsulation and method overriding in a parent-child class hierarchy.
Transcribed Image Text:### Inheritance Relationship in Object-Oriented Programming **Objective:** Select two classes from the list below to implement an **inheritance** relationship. #### Class Options: - Bathroom - Bench - Building - Chair - Desk - Furniture - House - Kitchen - Office - Room - Stool #### Implementation Steps: 1. **Implement both classes** including the following: a. One **automatic** data member in the **parent** class. b. One **dynamic** data member in the **child** class. c. **All necessary constructors** for each class. d. **The big three** (copy constructor, assignment operator, destructor) where required. e. **Redefine** an output function for both classes. This exercise will help you understand the fundamentals of inheritance in object-oriented programming by practicing data encapsulation and method overriding in a parent-child class hierarchy.
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