Introduction to Python

Introduction to Python

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1. First Acquaintance

In this section, you'll dive into the basics of Python, familiarize yourself with your workspace, tackle simple math operations, and display your results.

The Very First Steps

Some Simple Math

More Challenging Math

Bringing It All Together

2. Variables and Types

Here, you'll learn how to store items like numbers and text in computer memory, recalling them by name. You'll also get a taste of text manipulation in Python.

Storing Numbers

Using Variables

String Indexing

Negative Indexing and Length

3. Conditional Statements

Here, you'll delve into the boolean data type and discover its role in creating programs that respond to specific conditions.

Boolean Data Type

Challenge: Comparison Operators

Combining Conditions

Challenge: Logical Operators

Membership Operators and Types Comparison

Simple if/else Expressions

Challenge: Grocery Store

Challenge: Odd and Even

if/elif/else Expressions

Challenge: Grocery Store Extended

Challenge: Positive, Negative or Zero

4. Other Data Types

Continuing with data types, this section will teach you how to group varied attributes within a single variable using lists, tuples, and the dictionaries.

What Is a List?

What Is a Tuple?

What Is a Dictionary?

Dictionary Methods

5. Loops

In this part, you'll master the art of writing loops in Python – essential constructs for iterating over lists, tuples, dictionaries, and even future dataframes.

Iterating Over Indexes

6. Functions

To wrap up our introductory course, you'll explore some built-in functions and then embark on creating your very own!

Built-in Functions

Defining Your First Function

if/else Statements in Functions

Functions With No Return

Modifying Functions

Lambda Functions

if/else Statements in Functions

Everything we've discussed up to this point can be utilized within a function. For instance, you can easily embed conditional statements within the body of a function. In the third section, you crafted an if/else statement to determine if a number is odd or even. But, this code is set up for specific numbers.

If you wanted to evaluate a different number, you'd either have to replicate the same code block with a new number or modify the existing number before the conditional check. Instead, it's more efficient to encapsulate this code within a function and then invoke it for various numbers as needed.

Note
Just a heads up: A number is deemed even if it divides by 2 with no remainder. The % operator is used to find this remainder.

Clearly, the function accurately recognizes 2 as even and 3 as odd. You can call upon this function as often as required for various numbers.

Everything was clear?

Section 6. Chapter 5

Course Content

Introduction to Python

Introduction to Python

1. First Acquaintance

The Very First Steps Comments Some Simple Math More Challenging Math Challenge Bringing It All Together

2. Variables and Types

Storing Numbers Naming Rules Using Variables Data Types Numbers Challenge Storing Text String Indexing Negative Indexing and Length String Slicing Challenge Concatenation

3. Conditional Statements

Boolean Data Type Challenge: Comparison Operators Combining Conditions Challenge: Logical Operators Membership Operators and Types Comparison Simple if/else Expressions Challenge: Grocery Store Challenge: Odd and Even if/elif/else Expressions Challenge: Grocery Store Extended Challenge: Positive, Negative or Zero

4. Other Data Types

What Is a List?List Methods Challenge Nested Lists Challenge What Is a Tuple?Tuple Methods Challenge Nested Tuples Challenge What Is a Dictionary?Challenge Dictionary Methods Challenge

5. Loops

while Loop Challenge for Loop Challenge Range Challenge Iterating Over Indexes Nested Loops

6. Functions

Built-in Functions Challenge Defining Your First Function Challenge if/else Statements in Functions Challenge Functions With No Return Challenge Modifying Functions Challenge Lambda Functions Challenge

if/else Statements in Functions

Everything we've discussed up to this point can be utilized within a function. For instance, you can easily embed conditional statements within the body of a function. In the third section, you crafted an if/else statement to determine if a number is odd or even. But, this code is set up for specific numbers.

If you wanted to evaluate a different number, you'd either have to replicate the same code block with a new number or modify the existing number before the conditional check. Instead, it's more efficient to encapsulate this code within a function and then invoke it for various numbers as needed.

Note
Just a heads up: A number is deemed even if it divides by 2 with no remainder. The % operator is used to find this remainder.

Clearly, the function accurately recognizes 2 as even and 3 as odd. You can call upon this function as often as required for various numbers.

Everything was clear?

Section 6. Chapter 5

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