In-Class Programming 12 (Section 1) Create the following program to build a car class (car_class.py) and a program (InClassProgramming 12-1.py) to interact with this class: > Car class: o Three private data attributes: make, model, year (initialized with user value when creating object) One private data attribute speed initialized with zero (0) o • Mutator method for speed named accelerate, parameter accelerateSpeed, increment speed using parameter value o Mutator method for speed named brake, parameter brakeSpeed, decrement speed using parameter value o Accessor method get_speed to return the value of private data attribute speed o_str_method to produce output as shown below > Program: o Three user inputs as shown below, store in variables make, model, and year Create instance of car object and store in variable mycar o o Get user input of acceleration in mph and store in variable acceleration o Loop five times, within loop: . Call accelerate mutator of mycar and pass variable acceleration as argument Display speed by using get_speed accessor method of mycar (see output below) Similar to the previous user input and loop, we need to brake now because we are way too fast Get user input of braking speed in mph and store in variable braking o Loop five times, within loop: . • o At the end of your program, call_str_method and display its content Call brake mutator of mycar and pass variable braking as argument Display speed by using get_speed accessor method of mycar (see output below) Upload the following files to Canvas: > Screenshot of the executed code in command line terminal window (either pasted into a Word document or as an image) > Text files of your code named InClassProgramming12-1.py (put your name and section as comments at the top of file) Notes: > Upload the files (screenshot(s) and Python code as text file(s)) > Your code should contain some meaningful comments Your code should be well organized and formatted > Command Prompt temppypython teclasgrating12-1.p Please enter car's mate (examp * the aucaloration rate in I us drive, accelerate 24 Nissan): Honda le: Altino): civit too fast, need to brak... brake rate in miles per her: Car information: Model: Civic Year: 2001 Current 2000): 2001 par hours 12

In-Class Programming 12 (Section 1) Create the following program to build a car class (car_class.py) and a program (InClassProgramming 12-1.py) to interact with this class: > Car class: o Three private data attributes: make, model, year (initialized with user value when creating object) One private data attribute speed initialized with zero (0) o • Mutator method for speed named accelerate, parameter accelerateSpeed, increment speed using parameter value o Mutator method for speed named brake, parameter brakeSpeed, decrement speed using parameter value o Accessor method get_speed to return the value of private data attribute speed o_str_method to produce output as shown below > Program: o Three user inputs as shown below, store in variables make, model, and year Create instance of car object and store in variable mycar o o Get user input of acceleration in mph and store in variable acceleration o Loop five times, within loop: . Call accelerate mutator of mycar and pass variable acceleration as argument Display speed by using get_speed accessor method of mycar (see output below) Similar to the previous user input and loop, we need to brake now because we are way too fast Get user input of braking speed in mph and store in variable braking o Loop five times, within loop: . • o At the end of your program, call_str_method and display its content Call brake mutator of mycar and pass variable braking as argument Display speed by using get_speed accessor method of mycar (see output below) Upload the following files to Canvas: > Screenshot of the executed code in command line terminal window (either pasted into a Word document or as an image) > Text files of your code named InClassProgramming12-1.py (put your name and section as comments at the top of file) Notes: > Upload the files (screenshot(s) and Python code as text file(s)) > Your code should contain some meaningful comments Your code should be well organized and formatted > Command Prompt temppypython teclasgrating12-1.p Please enter car's mate (examp * the aucaloration rate in I us drive, accelerate 24 Nissan): Honda le: Altino): civit too fast, need to brak... brake rate in miles per her: Car information: Model: Civic Year: 2001 Current 2000): 2001 par hours 12

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 5PE: Using classes, design an online address book to keep track of the names, addresses, phone numbers,...

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