Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax:

Python is completely object-oriented and not "statically typed". You do not need to declare variables before using them or declare their type. Every variable in Python is an object.

This tutorial will go over a few basic types of variables.

Python supports two types of numbers - integers(whole numbers) and floating-point numbers(decimals). (It also supports complex numbers, which will not be explained in this tutorial.

To define an integer, use the following syntax: