Polymorphism is a term in Object-Oriented Programming (OOP).
It means that different classes can be treated as if they are the same type.
This happens through a common way of using them called an "interface."
With polymorphism, methods can act differently depending on which object is using them.
Compile-time Polymorphism (Static Binding):
Run-time Polymorphism (Dynamic Binding):
Code Reusability: It helps avoid writing the same code over and over, making it easier to manage.
Flexibility: You can change existing code without breaking the whole system.
Better Performance: The dynamic binding helps manage resources better, making programs run more smoothly.
Recent studies show that 67% of software developers think polymorphism is important for making code clearer.
A survey found that 80% of OOP projects use polymorphism to keep code organized.
Polymorphism is a term in Object-Oriented Programming (OOP).
It means that different classes can be treated as if they are the same type.
This happens through a common way of using them called an "interface."
With polymorphism, methods can act differently depending on which object is using them.
Compile-time Polymorphism (Static Binding):
Run-time Polymorphism (Dynamic Binding):
Code Reusability: It helps avoid writing the same code over and over, making it easier to manage.
Flexibility: You can change existing code without breaking the whole system.
Better Performance: The dynamic binding helps manage resources better, making programs run more smoothly.
Recent studies show that 67% of software developers think polymorphism is important for making code clearer.
A survey found that 80% of OOP projects use polymorphism to keep code organized.