Final answer:
In programming, polymorphism enables objects of different classes to respond to the same method call in various ways during runtime, which means the same operation could behave differently when the program is executed.
Step-by-step explanation:
The concept of polymorphism in the context of computer programming refers to the ability of different objects to be processed through the same interface, with the specific behavior of the method calls being determined during runtime. This means the actual method that gets invoked will depend on the type of the object at the time the program is running, not at compile time. Therefore, out of the options provided, the answer would be:
- the invocation of a method is determined at compile time
- the same attribute might have different meaning at run time
- All of the others
- the same operation might behave differently at run time
In the context of polymorphism, the correct answer is that the same operation might behave differently at run time. This is because polymorphism allows for objects of different classes to respond to the same method call in different ways, which is decided when the program is running, not when it's being compiled.