Inheritance in Object-Oriented Programming

Class C is a subclass of Class B

Class C and Class B are subclasses of other classes

Class C is a superclass of Class B

Class C and Class B are superclasses of other classes

Both versions of methodOne() will be called, first Class A’s then Class B’s.

Class C cannot inherit from both Class A and Class B.

Class A’s version of methodOne().

Class B’s version of methodOne().

Lower class and Higher class

Subpar class and Superior class

Subclass and Superclass

Subordinate class and Superior class

More information is needed to appropriately create the classes.

Making Truck the superclass and Vehicle the subclass.

Making Vehicle and Truck two separate classes without any relationship.

Making Vehicle the superclass and Truck the subclass.

public class Student extends Senior

public class Senior extends Student

public subclass Senior, Student

public class Senior sub Student

Class E and Class F have access to all of each other’s instance variables and methods

All of Class E’s and all of Class F’s instance variables and methods can be accessed by Class C

Class E and Class F both have access to all of Class C’s instance variables and methods

Class E has access to all of Class F’s instance variables and methods, but Class F does not have access to any of Class E’s instance variables and methods

As many superclasses as it wants to

At most three superclasses

At most one superclass

At most two superclasses

All WildAnimal objects are also Animal objects, but not all Animal objects are WildAnimal objects.

No WildAnimal object is also an Animal object, and vice versa.

All Animal objects are also WildAnimal objects, but not all WildAnimal objects are Animal objects.

All WildAnimal objects are also Animal objects, and vice versa.

To create instances of other classes

To create instances of objects

To inherit attributes and methods from another class

To let other classes inherit attributes and methods from it

extends

this

abstract

super