Method overriding in Java allows a subclass to replace a method inherited from its parent class with its own implementation.
For method overriding to occur, the subclass must define the method with the same name, return type, and parameter list as the one in the parent class.
Java uses dynamic method dispatch to determine which overridden method to execute based on the actual object type at runtime.
Method overloading and overriding are distinct concepts but can coexist, with overloading resolved at compile-time.
Final methods in a parent class cannot be overridden in subclasses to maintain specific behavior.
The super keyword allows a subclass to call methods or constructors from its parent class and access hidden parent class variables.
Dynamic method dispatch works for instance methods at runtime, while static methods are resolved at compile-time based on the reference type.
Using super in Java is essential to trigger parent class behavior after method overriding in subclasses.
Java's method resolution mechanism enables polymorphism by allowing different objects to respond uniquely to the same method call.
Overall, Java's method resolution process ensures method calls are handled appropriately in class hierarchies.