
This course includes our updated coding exercises so you can practice your skills as you learn.
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Lecture Contents :
How Variables are Created
What Information does a Variable Holds
How Names are given to Data (Variable Name)
Lecture Contents :
How Python is Dynamically Typed
How to Know the Type of Any Variable
Lecture Contents :
Rules to Assign Variable Names
Defines What Identifiers and Keywords are
Lecture Contents :
Introduction to the Data Type Available in Python
Lecture Contents :
Numeric Data Types
int and float DataTypes Discussed in Detail.
What is Mutable and Immutable DataType
Lecture Contents :
Continuation on Numeric Data Type ( Boolean , Complex)
Lecture Contents :
What is a Literal
How Literals are Assign to int , float , bool , complex and string Data Type
Lecture Contents :
Continuation of Literals ( Decimal , Binary , Octal , Hexa)
Discussion on int , float , complex
A Glance on TypeCasting and User Input
Lecture Contents :
How Base Conversions Works by Using bin( ) oct( ) and hex( )
Lecture Contents :
How One Data Type is Converted to Another Data Type
Types of Type Conversion :
1. Implicit
2. Explicit
Lecture Contents :
All About Arithmetic Operators ( + , - , * , ** , / , // , % )
Lecture Contents :
Expressions (Operator Precedence) and Associativity
Lecture Contents :
Coding Challenges for Student Using Expressions
Challenge 1 : To Find Area of a Rectangle
Challenge 2 : To Find Area of a Triangle
Challenge 3 : To Find Area of Trapezium
Challenge 4 : Displacement
Lecture Contents :
Taking Input from Keyboard
Lecture Contents :
Coding Challenges for Students Using if , else , Relational Operator
Challenge 1 : Finding Area of a Triangle
Challenge 2 : Finding Area of a Trapezium
Challenge 3 : Calculating Displacement
Lecture Contents :
Challenge : To Find Total Surface Area of Cuboid
Lecture Contents :
Coding Challenge for Students Using Expressions , if , else
Challenge : Finding Roots of Quadratic Equations
Lecture Contents :
Assignment Arithmetic Operators
+= , -= , *= , %= , \\= , **= , etc...
Lecture Contents :
A Detailed Explanation of Arithmetic Operators on all Datatypes
Lecture Contents :
Conditional Statements( if, else )
Relational Operators
Lecture Contents :
Expressions ( AND , OR , NOT )
Learn Python Programming - course is curated for Beginner to Master.
Every topic is covered in depth with practical examples.
100+ Challenges to make you expert in Problem Solving using Python
By the end of the course you will understand Python extremely well and will be able to build your own Python applications.
Resources are available for every lectures.
Answer Quiz at the end of major topics, to feel confident.
Do Projects using Tkinter, GUI Programming.
Use Laptop or PC to learn and practice Python.
IDLE is used for demonstrating the concepts and PyCharm is used for Developing Programs. You can use any IDE, of your choice.
Course Content:
Fundamental Concepts and Features of Python
Learn to use PyCharm, Jupyter Notebook and IDLE.
Explore Numeric DataTypes
Conditional and Loop Statements
Explore Advance Datatypes - List, Tuple, Set, Dictionary
Write Error-free Programs by Handling Exception
Multithreaded Programs
More and more about Functions
Object-Oriented Programming
File Handling and CSV Files
Database Programming using Sqlite
Modules
Data Structures
Date and Time
OS
Math
NumPy
GUI Programming using Tkinter
Do Projects in GUI Programming
You can always ask Questions in Q&A section. you can find Q&A section under each video lecture.
Every Lecture contains notes in Resources.