1. Write a class called Bicycle, which contains two attributes, gear, which describes the type of gear the bicycle has, and speed, the max speed the bicycle can reach. 2. Write a class called MountainBike which inherits Bicycle and has one extra attribute, which is the seatHeight. 3. Write a main function in which define an object of type MountainBike that has a manual gear, speed of 20, and seat height of 10. Then print the object status. Notes: • All attributes in class Bicycle and class MountainBike are private. • Both classes have method_str_, which returns a string that represent the object. Method _str_ in class MountainBike calls method_str_from class Bicycle and then concatenates the value of seatHeight (same as when init in supclass calls _init_ from superclass). • No need to write getters and setter.

1. Write a class called Bicycle, which contains two attributes, gear, which describes the type of gear the bicycle has, and speed, the max speed the bicycle can reach. 2. Write a class called MountainBike which inherits Bicycle and has one extra attribute, which is the seatHeight. 3. Write a main function in which define an object of type MountainBike that has a manual gear, speed of 20, and seat height of 10. Then print the object status. Notes: • All attributes in class Bicycle and class MountainBike are private. • Both classes have method_str_, which returns a string that represent the object. Method _str_ in class MountainBike calls method_str_from class Bicycle and then concatenates the value of seatHeight (same as when init in supclass calls _init_ from superclass). • No need to write getters and setter.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter12: Adding Functionality To Your Classes

Section12.4: Class Inheritance And Polymorphism

Problem 6E

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