Polymorphism in Python is achieved through both operator overloading and method overloading and method overriding.

Here's a step-by-step explanation:

1. Operator Overloading: Python allows different operators to have different implementations based on their arguments. This is called operator overloading. For example, the '+' operator will perform arithmetic addition on two numbers, merge two lists, or concatenate two strings.

2. Method Overloading: Python does not support method overloading like C++ or Java. We may overload the methods but can only use the latest defined method. However, we can create a situation like method overloading by using default arguments or variable length arguments.

3. Method Overriding: Python supports method overriding, which is the ability of a subclass to change the implementation of a method of its superclass. This is a very important part of the polymorphism feature in Python.

So, in Python, polymorphism is achieved through a combination of these features.

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Polymorphism in Python is achieved through both operator overloading and method overloading and method overriding.

Here's a step-by-step explanation:

1. Operator Overloading: Python allows different operators to have different implementations based on their arguments. This is called operator overloading. For example, the '+' operator will perform arithmetic addition on two numbers, merge two lists, or concatenate two strings.

2. Method Overloading: Python does not support method overloading like C++ or Java. We may overload the methods but can only use the latest defined method. However, we can create a situation like method overloading by using default arguments or variable length arguments.

3. Method Overriding: Python supports method overriding, which is the ability of a subclass to change the implementation of a method of its superclass. This is a very important part of the polymorphism feature in Python.

So, in Python, polymorphism is achieved through a combination of these features.

Knowee AI · Accepted Answer

Polymorphism in Python is achieved through both operator overloading and method overloading and method overriding.

Here's a step-by-step explanation:

1. Operator Overloading: Python allows different operators to have different implementations based on their arguments. This is called operator overloading. For example, the '+' operator will perform arithmetic addition on two numbers, merge two lists, or concatenate two strings.

2. Method Overloading: Python does not support method overloading like C++ or Java. We may overload the methods but can only use the latest defined method. However, we can create a situation like method overloading by using default arguments or variable length arguments.

3. Method Overriding: Python supports method overriding, which is the ability of a subclass to change the implementation of a method of its superclass. This is a very important part of the polymorphism feature in Python.

So, in Python, polymorphism is achieved through a combination of these features.

Polymorphism in Python is achieved through: Function overloadingOperator overloadingBoth function overloading and operator overloadingMethod overloading and method overriding

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