Polymorphism in Python refers to the ability of different data types to be manipulated through a common interface. This means that Python allows you to use the same method or function on different types of objects, as long as those methods or functions are defined for those objects.

For example, you can use the "+" operator on integers, floats, and strings, because the "+" operation is defined for these types. This is a form of operator overloading, which is a type of polymorphism.

Python also supports multiple inheritance, which is another form of polymorphism. This means that a class can inherit attributes and methods from more than one parent class.

Lastly, Python allows you to define a class inside a function, but this is not typically considered a form of polymorphism. Instead, this is a feature of Python's support for nested definitions and closures.

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Polymorphism in Python refers to the ability of different data types to be manipulated through a common interface. This means that Python allows you to use the same method or function on different types of objects, as long as those methods or functions are defined for those objects.

For example, you can use the "+" operator on integers, floats, and strings, because the "+" operation is defined for these types. This is a form of operator overloading, which is a type of polymorphism.

Python also supports multiple inheritance, which is another form of polymorphism. This means that a class can inherit attributes and methods from more than one parent class.

Lastly, Python allows you to define a class inside a function, but this is not typically considered a form of polymorphism. Instead, this is a feature of Python's support for nested definitions and closures.

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Polymorphism in Python refers to the ability of different data types to be manipulated through a common interface. This means that Python allows you to use the same method or function on different types of objects, as long as those methods or functions are defined for those objects.

For example, you can use the "+" operator on integers, floats, and strings, because the "+" operation is defined for these types. This is a form of operator overloading, which is a type of polymorphism.

Python also supports multiple inheritance, which is another form of polymorphism. This means that a class can inherit attributes and methods from more than one parent class.

Lastly, Python allows you to define a class inside a function, but this is not typically considered a form of polymorphism. Instead, this is a feature of Python's support for nested definitions and closures.

What is polymorphism in Python? Ability to overload operatorsAbility to use a common interface for different data typesAbility to inherit from multiple classesAbility to define a class inside a function

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