Python for Absolute Beginners : Learn With Simple Examples

Course Curriculum

Chapter 1: Getting Start

Lecture 1: Indentation

Lecture 2: Python Comments : Single Line and Multi Line.

Chapter 2: Python Data Types

Lecture 1: All Data types

Lecture 2: Numeric Data Types : int, float, complex.

Lecture 3: Boolean Data Type

Chapter 3: Python Variables

Lecture 1: Rules for Creating Variables.

Lecture 2: Multi-word Variable Names

Lecture 3: Variable Binding.

Lecture 4: Multiple values to Multiple Variables and Single value to Multiple variables.

Lecture 5: Output Variable.

Lecture 6: Global Variable

Chapter 4: Python Operators

Lecture 1: Operator Categories

Lecture 2: Arithmetic Operators

Lecture 3: Comparison Operators

Lecture 4: Logical Operators

Lecture 5: Identity Operators

Lecture 6: Bitwise Operators

Chapter 5: Conditional Statements

Lecture 1: Recap : Relational Statements

Lecture 2: Simple if Statements

Lecture 3: if -else Statements.

Lecture 4: Multi-way Decision Making.

Lecture 5: Sequential Decision Making.

Lecture 6: Difference Between Multi-way Decision Making and Sequential Decision Making.

Lecture 7: Nested Conditional Statements ( Nested If-else Statements ).

Lecture 8: Compound Boolean Condition.

Lecture 9: Compound Boolean Condition – Priorities of NOT, AND, OR.

Lecture 10: Conditional Expressions

Chapter 6: Play with Strings.

Lecture 1: Strings Introduction.

Lecture 2: Strings Iteration.

Lecture 3: String Slicing

Lecture 4: String membership Operators

Lecture 5: String Modificaiton Methods : upper(), lower(), strip(), replace(), split()

Lecture 6: String Format Method – Placeholders.

Chapter 7: Loops

Lecture 1: Loops Introduction

Lecture 2: while loop

Lecture 3: Definite and Indefinite while loop

Lecture 4: Range function

Lecture 5: for loop

Lecture 6: for loop with strings

Lecture 7: while/ for – 'Break' Statement

Lecture 8: while/for – 'Continue' Statement

Lecture 9: while-else and for-else

Lecture 10: Program : Nested Loops : Multiplication Table Example

Lecture 11: Program : Prime numbers less than n.

Lecture 12: Program : Counting number of vowels and consonants from a sentence.

Lecture 13: Program : Printing Tree Diagram.

Chapter 8: Sets

Lecture 1: Sets Index

Lecture 2: Sets Introduction and Properties.

Lecture 3: Length of Set

Lecture 4: Set item Data types

Lecture 5: Set Object, class and Type

Lecture 6: Access Set Items

Lecture 7: Iterate Set Items

Lecture 8: Add Set Items

Lecture 9: Remove Set Items

Lecture 10: Operations on Sets

Chapter 9: Lists

Lecture 1: Lists Introduction and Memory Representation.

Lecture 2: Negative Indexing

Lecture 3: Heterogeneous Lists

Lecture 4: Nested Lists

Lecture 5: Mutable List Object

Lecture 6: Lists Traversing and Length

Lecture 7: Building Lists

Lecture 8: List Membership

Lecture 9: List Assignment and Equivalence

Chapter 10: Tuples

Lecture 1: Tuples Introduction and Properties

Lecture 2: Changing Tuple values : Indirectly

Lecture 3: Tuples without round brackets

Lecture 4: Unpacking Tuple Objects

Lecture 5: Unpacking Tuple Objects with underscore ( _ )

Lecture 6: Iterating Tuple Ojbects using 'for' Loop and 'while' Loop

Lecture 7: Joining Two or More Tuples

Lecture 8: Difference Between Lists and Tuple

Lecture 9: Zip function for generating sequence of tuples

Chapter 11: Dictionaries

Lecture 1: Dictionary : Introduction

Lecture 2: Accessing Dictionary Items

Lecture 3: Loop Through Dictionary

Lecture 4: Copy Dictionaries

Lecture 5: Nested Dictionaries

Chapter 12: Functions

Lecture 1: Functions : Introduction

Lecture 2: Passing Arguments to functions.

Lecture 3: Arbitrary Arguments (*args)

Lecture 4: Keyword Arguments

Lecture 5: Arbitrary Keyword Arguments (**args)

Lecture 6: Default Parameter Value

Lecture 7: Return Value