[Solved] Which of the following best explains how polymorphism works in Python? - Ans: Different classes can define methods with the same name, and the correct method... | Python

Python - Polymorphism and Dynamic Behavior

Which of the following best explains how polymorphism works in Python?

APython requires explicit type declarations to support polymorphism.

BDifferent classes can define methods with the same name, and the correct method is called based on the object.

CPolymorphism means a class can inherit from multiple unrelated classes simultaneously.

DIt restricts objects to use only methods defined in their own class.

Step-by-Step Solution

Solution:

Step 1: Recall polymorphism concept
Polymorphism allows methods with the same name to behave differently depending on the object.
Step 2: Analyze options
Different classes can define methods with the same name, and the correct method is called based on the object. correctly describes method overriding and dynamic method resolution.
Final Answer:
Different classes can define methods with the same name, and the correct method is called based on the object. -> Option B
Quick Check:
Method behavior varies by object type [OK]

Quick Trick: Same method name, different behaviors [OK]

Common Mistakes:

MISTAKES

Master "Polymorphism and Dynamic Behavior" in Python

9 interactive learning modes - each teaches the same concept differently

More Python Quizzes

Which of the following best explains how polymorphism works in Python?