1. Create a constructor named Exam that assigns "Good luck" to a previously declared String variable named message. 2. Create an empty overloaded constructor for the Exam class with two (2) String parameters named period and level. 3. Declare a double-type accessor named getPrice that returns the value of price. 4. Declare a boolean-type accessor named isFinished that returns the value of status. 5. Declare a class named Midterm that inherits from the class named Exam. 6. Create three (3) class declarations to show multiple levels of inheritance. Use the classes named Exam, Midterm, and Essay. 7. Create a constructor named Midterm that prints "Exam has started." using printin(). Its first statement should be a call to a constructor in the parent class. 8. Given the base class named Quiz and the derived class named Essay, write a statement to show inheritance between these classes.

1. Create a constructor named Exam that assigns "Good luck" to a previously declared String variable named message. 2. Create an empty overloaded constructor for the Exam class with two (2) String parameters named period and level. 3. Declare a double-type accessor named getPrice that returns the value of price. 4. Declare a boolean-type accessor named isFinished that returns the value of status. 5. Declare a class named Midterm that inherits from the class named Exam. 6. Create three (3) class declarations to show multiple levels of inheritance. Use the classes named Exam, Midterm, and Essay. 7. Create a constructor named Midterm that prints "Exam has started." using printin(). Its first statement should be a call to a constructor in the parent class. 8. Given the base class named Quiz and the derived class named Essay, write a statement to show inheritance between these classes.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter10: Classes And Data Abstraction

Section: Chapter Questions

Problem 21SA

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