Question No. Think of a class from which some classes can be derived. Construct the UML diagram and implement in C++. These classes should have some data members and member functions. In order to ensure secured access, use the access modifiers and define setters and getters for private data members. You are required to demonstrate the understanding of the concepts of: - Inheritance - Parent-Child relationship - Polymorphism - Has-A and Is-A relationship - static data members and static member function - Abstract, virtual and pure virtual class - overloading - overriding - operator overloading - char[ ] and string (at least one data member of these type in any of the classes) - "this" pointer

Question No. 1: [50x4=200] Think of a class from which some classes can be derived. Construct the UML diagram and implement in C++. These classes should have some data members and member functions. In order to ensure secured access, use the access modifiers and define setters and getters for private data members. You are required to demonstrate the understanding of the concepts of: - Inheritance - Parent-Child relationship - Polymorphism - Has-A and Is-A relationship -static data members and static member function - Abstract, virtual and pure virtual class - overloading - overriding - operator overloading - char[ ] and string (at least one data member of these type in any of the classes) - "this" pointer