1) IDLE/IDLE
2) IPLE/IPLE
3) Text Editor/Text Editor
4) Notepad/Notepad

Ans.) IDLE/IDLE

1) <</<<
2) >>/>>
3) >>>/>>>
4) <<</<<<

Ans.) >>>/>>>

1) Integrated Direct Environment/Integrated Direct Environment
2) Integrated Development Environment/Integrated Development Environment
3) Information Development Environment/Information Development Environment
4) None of these/None of these

Ans.) Integrated Development Environment/Integrated Development Environment

1) F1/F1
2) F2/F2
3) F5/F5
4) F7/F7

Ans.) F5/F5

1) Literals/Literals
2) Identifiers/Identifiers
3) Variables/Variables
4) Tokens/Tokens

Ans.) Tokens/Tokens

1) Fixed/Fixed
2) Boolean/Boolean
3) String/String
4) Float/Float

Ans.) Fixed/Fixed

1) Constant/Constant
2) Variable/Variable
3) List/List
4) Tokens/Tokens

Ans.) Variable/Variable

1) Execution/Execution
2) Compilation/Compilation
3) Explanation/Explanation
4) All of these/All of these

Ans.) Explanation/Explanation

1) input()/input()
2) print()/print()
3) output()/output()
4) show()/show()

Ans.) print()/print()

Python is a popular programming language. It was developed by Guido Van Rossum. It was introduced in 1991. After that, it was developed by the Python Software Foundation. It is a general-purpose High-Level Programming language. The code produced in this language is small and flexible. Python is often used in the fields of Data Science, AI (Artificial Intelligence), and ML (Machine Learning).

Python is a popular programming language. It was developed by Guido Van Rossum. It was introduced in 1991. After that, it was developed by the Python Software Foundation. It is a general-purpose High-Level Programming language. The code produced in this language is small and flexible. Python is often used in the fields of Data Science, AI (Artificial Intelligence), and ML (Machine Learning).

IDE stands for Integrated Development Environment. It is a software that is dedicated to software
development. IDEs integrate several tools for software development. These usually include the following tools:
1) A Text Editor to handle Source Code.
2) Build, Execution, and Debugging Tools

IDE stands for Integrated Development Environment. It is a software that is dedicated to software
development. IDEs integrate several tools for software development. These usually include the following tools:
1) A Text Editor to handle Source Code.
2) Build, Execution, and Debugging Tools

Keywords are also known as Reserve Words. To view the list of keywords using the Python shell, we can use the following Python statements:
>>> import keyword
>>> print(keyword.kwlist)
Some of examples of keywords are: True, False, if, elif, else, while, for etc.

Keywords are also known as Reserve Words. To view the list of keywords using the Python shell, we can use the following Python statements:
>>> import keyword
>>> print(keyword.kwlist)
Some of examples of keywords are: True, False, if, elif, else, while, for etc.

Variable are used to hold values in memory. There is no special command in Python to declare a variable. A variable comes into existence in memory automatically when we assign a value to it. The interpreter allocates memory to the variable according to the data type of the value assigned to it. For example:
x = 12
In this example, the variable 'x' is declared as an integer variable.

Variable are used to hold values in memory. There is no special command in Python to declare a variable. A variable comes into existence in memory automatically when we assign a value to it. The interpreter allocates memory to the variable according to the data type of the value assigned to it. For example:
x = 12
In this example, the variable 'x' is declared as an integer variable.

The print() function is used to display output in Python programs. This function can be used to display program data on the console screen. By default, the print() function displays values separated by a single space. This function inserts a newline at the end after displaying its output.

Example:
print(“Hello”, "Students")
print(“How are you?”)

Output:
Hello Students
How are you?

The print() function is used to display output in Python programs. This function can be used to display program data on the console screen. By default, the print() function displays values separated by a single space. This function inserts a newline at the end after displaying its output.

Example:
print(“Hello”, "Students")
print(“How are you?”)

Output:
Hello Students
How are you?

Every program is made up of different types of tokens. These tokens are like words and punctuation marks in the English language. They are the smallest individual elements in a program. The tokens used in Python programs are described below:
1) Keywords: These are the Reserve Words.
2) Identifiers: These are the names given to program elements, such as variables, functions etc.
3) Literals: These are the fixed values used in the Source Code.
4) Operators: These tokens are used to perform operations in the expressions.
5) Delimiters: These are special characters that play specific roles (grouping, punctuation, etc.) in Python.

Every program is made up of different types of tokens. These tokens are like words and punctuation marks in the English language. They are the smallest individual elements in a program. The tokens used in Python programs are described below:
1) Keywords: These are the Reserve Words.
2) Identifiers: These are the names given to program elements, such as variables, functions etc.
3) Literals: These are the fixed values used in the Source Code.
4) Operators: These tokens are used to perform operations in the expressions.
5) Delimiters: These are special characters that play specific roles (grouping, punctuation, etc.) in Python.

The names given to program elements such as variables, functions, etc. are called identifiers. To define the names of elements in a program, we have to use the following naming rules:

• Identifiers must be made up of a combination of lowercase (a-z) or uppercase (A-Z) alphabets, digits (0-9) or underscore (_).
• Identifiers cannot start with a digit.
• No keyword can be used as an identifier.
• No symbol or special character other than underscore (_) can be used in identifiers.
• Identifiers can be of any length; there is no restriction on the length of identifiers.
• Python is a case sensitive language. Therefore, the case of the alphabet is important in naming identifiers.

For example: roll and ROLL are two different identifiers.

• Whitespaces cannot be used in an identifier.

The names given to program elements such as variables, functions, etc. are called identifiers. To define the names of elements in a program, we have to use the following naming rules:

• Identifiers must be made up of a combination of lowercase (a-z) or uppercase (A-Z) alphabets, digits (0-9) or underscore (_).
• Identifiers cannot start with a digit.
• No keyword can be used as an identifier.
• No symbol or special character other than underscore (_) can be used in identifiers.
• Identifiers can be of any length; there is no restriction on the length of identifiers.
• Python is a case sensitive language. Therefore, the case of the alphabet is important in naming identifiers.

For example: roll and ROLL are two different identifiers.

• Whitespaces cannot be used in an identifier.

Literals are fixed values that are used in the source code of a program. These values are usually assigned to program elements, such as variables, etc. The different types of literals used in Python are shown in the chart shown below:

Literals are fixed values that are used in the source code of a program. These values are usually assigned to program elements, such as variables, etc. The different types of literals used in Python are shown in the chart shown below:

Comments are the integral part of a program. A comment in the program is a text that explains the code written in the program. The compiler and interpreter ignore these comments and do not execute them. They make the code easier to understand. There are mainly two ways to write comments in Python programs:
1) Single Line Comments: These comments are written in a single line. For Example:
# This is an example of a single comment

2) Multiline or Block Comments: These comments are written in more than one line. For Example:
“““This is a multiline
comment.”””

Comments are the integral part of a program. A comment in the program is a text that explains the code written in the program. The compiler and interpreter ignore these comments and do not execute them. They make the code easier to understand. There are mainly two ways to write comments in Python programs:
1) Single Line Comments: These comments are written in a single line. For Example:
# This is an example of a single comment

2) Multiline or Block Comments: These comments are written in more than one line. For Example:
“““This is a multiline
comment.”””