Create a Vehicle class that has instance attributes name, model, speed, mileage, gearbox type, engine size, and mpg Create a child class (Bus and Car) that will inherit all of the variables and methods of the Vehicle class. Give the capacity argument of a Bus a default value of 45 and a Car a default value of 5.

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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IN PYTHON PLEASE, THANK YOU!!!!

Title: Object-Oriented Programming: Creating a Vehicle Class and Inheritance

Content:

### Overview

In this exercise, we will explore creating a class hierarchy using the principles of object-oriented programming. The focus will be on implementing a base class and extending it through inheritance.

### Task Description

1. **Create a Vehicle Class:**
    - Define a class named `Vehicle` that includes the following attributes:
      - `name`
      - `model`
      - `speed`
      - `mileage`
      - `gearbox type`
      - `engine size`
      - `mpg` (miles per gallon)

2. **Create Child Classes:**
    - Develop two child classes, `Bus` and `Car`, that inherit all variables and methods from the `Vehicle` class.

3. **Default Capacity Argument:**
    - Assign a default capacity value to each of the child classes:
      - `Bus`: Default capacity of 45
      - `Car`: Default capacity of 5

By completing this task, learners will understand how to implement a basic inheritance structure in programming, allowing for more efficient and organized code management.
Transcribed Image Text:Title: Object-Oriented Programming: Creating a Vehicle Class and Inheritance Content: ### Overview In this exercise, we will explore creating a class hierarchy using the principles of object-oriented programming. The focus will be on implementing a base class and extending it through inheritance. ### Task Description 1. **Create a Vehicle Class:** - Define a class named `Vehicle` that includes the following attributes: - `name` - `model` - `speed` - `mileage` - `gearbox type` - `engine size` - `mpg` (miles per gallon) 2. **Create Child Classes:** - Develop two child classes, `Bus` and `Car`, that inherit all variables and methods from the `Vehicle` class. 3. **Default Capacity Argument:** - Assign a default capacity value to each of the child classes: - `Bus`: Default capacity of 45 - `Car`: Default capacity of 5 By completing this task, learners will understand how to implement a basic inheritance structure in programming, allowing for more efficient and organized code management.
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