Different kinds of objects often have a certain amount in common with each other. Mountain bikes, road bikes, and tandem bikes, for example, all share the characteristics of bicycles (current speed, current pedal cadence, current gear). Yet each also defines additional features that make them different: tandem bicycles have two seats and two sets of handlebars; road bikes have drop handlebars; some mountain bikes have an additional chain ring, giving them a lower gear ratio.

Object-oriented programming allows classes to inherit commonly used state and behavior from other classes. In this example, Bicycle now becomes the superclass of MountainBike, RoadBike, and TandemBike. In the Java programming language, each class is allowed to have one direct superclass, and each superclass has the potential for an unlimited number of subclasses.

Inheritance is the process by which one class receives the characteristics of another class.

One of the identifying characteristics of object-oriented languages and systems is support for inheritance. With inheritance we can define a new class by allowing it to take on some of the characteristics of a previously defined class, usually reducing the amount of work required to define the new class.

Inheritance is the capability of a class to use the properties and methods of another class while adding its own functionality. An example of where this could be useful is with an employee records system. You could create a generic employee class with states and actions that are common to all employees. Then more specific classes could be defined for salaried, commissioned and hourly employees. The generic class is known as the parent (or superclass or base class) and the specific classes as children (or subclasses or derived classes). The concept of inheritance greatly enhances the ability to reuse code as well as making design a much simpler and cleaner process.

In object-oriented programming, One of the key benefits of inheritance is to minimise the amount of duplicate code in an application by sharing common code amongst several subclasses. Where equivalent code exists in two related classes, the hierarchy can usually be refactored to move the common code up to a mutual superclass. This also tends to result in a better organisation of code and smaller, simpler compilation units.

Inheritance is one of the most crucial concepts in object-oriented programming, and it has a direct effect on how you design and write your own Java classes.

Inheritance is a mechanism that enables one class to inherit all the behavior and attributes of another class.Through inheritance, a class immediately picks up all the functionality of an existing class. Because of this, you only must define how the new class is different from an existing class.

As the name suggests, inheritance means to take something that is already made. It is one of the most important feature of Object Oriented Programming. It is the concept that is used for reusability purpose. Inheritance is the mechanism through which we can derived classes from other classes. The derived class is called as child class or the subclass or  we can say the extended class and the class from which we are deriving the subclass is called the base class or the parent class.

Inheritance is one of the main concepts of object oriented programming. The base class is named superclass and the child class is named subclass. Using inheritance we can achieve the concepts of reusability. The child class can use the methods and variables of the superclass and add to them its own methods and variables. Inheritance represents problems in the real world.

Inheritance is a major component of object-oriented programming. Inheritance will allow you to define a very general class, and then later define more specialized classes by simply adding some new details to the older more general class definition. This saves work, because the more specialized class inherits all the properties of the general class and you, the programmer, need only program the new features.

Inheritance can be defined as the process where one object acquires the properties of another. With the use of inheritance the information is made manageable in a hierarchical order.