Gain insights into Python 3 by learning basic concepts like keywords and data types, and delving into 50 code puzzles that enhance your understanding of classes and functions.

This course acts as a stepping stone to becoming a Python master. Before getting into advanced concepts like classes and functions, the course begins with Python's basic concepts, such as keywords and data types. Later in this course, you'll be going through 50 code puzzles that will teach you different concepts in Python 3.

An Intro to Python 3


## A case for puzzle-based learning

>A code puzzle is an educative snippet of source code that teaches a single computer science concept by activating the learner's curiosity and involving them in the learning process.

Before diving into practical puzzle-solving, first study **10** reasons why puzzle-based learning accelerates your learning speed and improves retention of the learned material.

### 1. Overcome the knowledge gap

   Code puzzles open an immediate knowledge gap. When looking at the code at first, you won't understand the meaning of the puzzle. The puzzle's semantics are hidden. But only you can transform the unsolved puzzle into a solved one. 

>Constantly feeling a small but non-trivial knowledge gap creates a healthy learning environment. 

Stretch your limits, overcome the knowledge gap, and become better; one puzzle at a time.


### 2. Embrace the eureka moment

   Our brain is wired to seek new information. It is always wired to process data and learn.

   **Did you ever feel the sudden burst of happiness after experiencing a eureka moment?**


# A case for puzzle-based learning

>A code puzzle is an educative snippet of source code that teaches a single computer science concept by activating the learner's curiosity and involving them in the learning process.

Before diving into practical puzzle-solving, first study **10** reasons why puzzle-based learning accelerates your learning speed and improves retention of the learned material.

## 1. Overcome the knowledge gap

   Code puzzles open an immediate knowledge gap. When looking at the code at first, you won't understand the meaning of the puzzle. The puzzle's semantics are hidden. But only you can transform the unsolved puzzle into a solved one. 

>Constantly feeling a small but non-trivial knowledge gap creates a healthy learning environment. 

Stretch your limits, overcome the knowledge gap, and become better; one puzzle at a time.


## 2. Embrace the eureka moment

   Our brain is wired to seek new information. It is always wired to process data and learn.

   **Did you ever feel the sudden burst of happiness after experiencing a eureka moment?**

Let's have a look at why puzzle-based learning is effective.

Introduction

A Quick Overview of the Python Language

Fifty Code Puzzles

The Final Remarks

Puzzle Based Learning

A case for puzzle-based learning

1. Overcome the knowledge gap

2. Embrace the eureka moment