As spoken languages, computer languages have their keywords. Python, like other modern programming languages, uses all its keywords. “If,” “else,” “while,” “for,” “break,” and “continue” are iteration control structures in high-level programming languages. Python calls them “reserved keywords”. all keywords in python are in have defined functions in the context of computer programming. Keywords carry no significance. To keep track of the value, developers often utilize variables. Identifiers name classes, methods, and variables. This course introduces Python’s keyword and identifier syntax.

Important phrases (designated words) (Reserved words)

Python is case-sensitive, therefore reserved names should be too. Python-reserved keywords are rare and have a meaning. It is not possible to give the restricted phrases any other meaning. 

The proper application of reserved phrases is the single most important consideration. If we alter the case of the prohibited words, the intended meaning no longer holds. Now allowed. Python’s reserved phrases follow. Python has 33 unique characters that aren’t part of everyday language. Programming variables include int, float, import, if, elif, True, False, None, etc. Python keywords must be lowercase except for None, True, and False. Let’s start with an analysis of a few key phrases:

  1. The two possible values for a Python Boolean are True and False. All of these integers are equally valid representations of the conclusion of the reasoning.
  2. Python allows for the use of logical operators like and, or, and not. These operations always yield a Boolean result.
  3. In the decision control structure, if, elif, and else are keywords; in the loop control structure, while, for, break, and continue are keywords to exit the loop or continue with the current iteration. This is the magic keyword that allows you to create your private class.
  4. By utilizing the def keyword, you can create a new function.
  5. Python’s “expect,” “try,” and “raise” keywords handle program errors. The import keyword allows you to bring in a module from the Python standard library that isn’t already part of your current scope. Accessing a function variable from outside the function requires the global keyword.

These are Python-reserved keywords. Keyword examples:

int, for, in, def, if, or, else, True, and False are all utilized in this illustration.

In this first section, we will talk about Identifiers.


Python identifiers name variables, classes, and functions. There will be an immediate error in the program if we try to use keywords as identifiers. There is a standard that Python identifiers need to follow. In the following order, they are:

Only letters can be used in the identification because only an underscore (_) is allowed. In this case, “student name1” would be an acceptable identity.

While working with Python, several forms of capitalization have specific meanings. To give just one example, the name of the identifier and the NAME will be handled independently.

Identifying must be complete.

Python Name1, _name1, and 1name are banned.

Identifying characters can be any number.

Let’s check out some actual Python names:

Python “A,” “B,” “F1,” and “G” (this is a name given to a function)


We’ve gone over the various labels and terms used in Python. As a team, we understand Python syntax and keywords vs. identifiers. Since Python is a case-sensitive language, all keywords in python are in, too. Python keywords have specific definitions and uses. Class names, variable names, and method names are all examples of identifiers. We are unable to utilize keywords as IDs at this time. Python names must follow certain restrictions. Finally, we have finished going over Python’s keywords and identifiers.

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