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Python 3.0 (sometimes known as "Python 3000" or "Py3k") is a new version of the language that is incompatible with Python 2.x. The language is basically the same, but many aspects have changed significantly, particularly how built-in objects like dictionaries and strings function, and many deprecated features have finally been eliminated. The standard library has also been restructured in a few key areas. Python is a scripting language that is high-level, interpreted, interactive, and object-oriented. Python is intended to be a very understandable language. It typically uses English terms instead of punctuation, and it has fewer syntactical structures than other languages. Python is a must-have skill for students and working professionals who want to become exceptional software engineers, especially if they work in the Web Development field. I'll go over some of the primary benefits of learning Python: 1.Python is Interpreted Python is handled by the interpreter

The structures used to arrange the symbolic names allocated to objects in a Python programme are covered in this tutorial. The relevance of objects in Python has been underlined in prior tutorials in this series. There are objects everywhere! Objects are the building blocks of everything your Python programme does. An assignment statement gives an object a symbolic name that can be used to refer to it. The statement x ='foo' generates a symbolic name x for the string object 'foo.'Hundreds or thousands of such names will be created in a software of any complexity, each pointing to a specific object. How does Python keep track of all these names and make sure they don't collide? A namespace in python is a set of currently specified symbolic names that includes information about the entity that each name refers to. A namespace can be thought of as a dictionary with the keys being the object names and the values being the objects themselves. Each key-value pair corresp