Learn Python Programming Easily

Name: Learn Python Programming Easily
Rating: 4.5 (21 reviews)

Learn Python Programming with real world projects

Created byMuhammad Razni Hashim

Last updated 7/2023

English

What you'll learn

Use the map function to simplify programming
Use loops to iterate over a function repetitively
Learn about lists and list comprehensions
Use of mathematical functions to ease programming
Use algorithms to solve programming problems
Defining functions and arguments to solve a project

Course content

14 sections • 67 lectures • 3h 6m total length

What you must develop?1:02
The problem statement is discussed. The input constraints and the required output is detailed.
Getting user input1:09
There must be a way to take in user inputs. How to use python to get user inputs is discussed.
Defining variables and assigning values to variables0:50
User input data must be stored to use them later. Variables are defined and values are assigned to variables to ease data storage and data retrieval.
If...else conditional statements0:51
The output when a certain condition is met might want to be different than the output when the condition is not met. If...else conditional statements comes into play here.
Combining two conditions using the 'and' operator4:30
Sometimes two or more conditions should be met to output a value. Then the 'and' operator is used.
Running and testing the program1:14
It is required to check whether the program gives the required output for different inputs. So it is run and tested.

What you must develop?1:07
The problem statement is discussed. The input constraints and the required output is detailed.
Should we convert the input function to an integer input function?1:31
If the user input data must contain only integers, the input function must be converted to an integer input function. The way it is done is explained.
Listing items in a string using the split function2:23
If it is required to separate the strings into substrings it is possible to use the split function and list the items.
Converting string items to integer items using list comprehensions2:10
It is not possible to use string type dataset for mathematical calculations. They must be converted to integer data sets before.
Difference between string items and integer items0:40
String items are displayed within inverted commas while integer items are not.
Finding the sum of an integer list1:15
The code used to find the sum of all the integers in a list is explained.

What you must develop?1:35
The problem statement is discussed. The input constraints and the required output is detailed.
Using the map function to convert strings to integers1:40
Other than using list comprehensions strings can be converted to integers using the map function as well.
Using the product function to find the product of integer items1:46
It is possible to find the product of all the items in a list using the product function in the math module.
Testing and running the program0:43
It is required to check whether the program gives the required output for different inputs. So it is run and tested.

What you must develop?0:45
The problem statement is discussed. The input constraints and the required output is detailed.
Listing items3:08
Listing of items is explained.
Empty Lists0:44
Use of empty lists is explained.
While loop, append function, list indices and quotient6:00
Looping a function repetitively while inserting its value to an empty list is explained. The quotient is also explained. The list indices are also explained.
Finding the minimum value in a list0:48
The minimum function is used to find the minimum value in a list.
Running and testing the program3:53
It is required to check whether the program gives the required output for different inputs. So it is run and tested.

What you must develop?1:35
The problem statement is discussed. The input constraints and the required output is detailed.
Understanding the solving approach4:32
The step by step approach of solving the problem is explained.
Range function7:54
The way of finding the numbers in a particular range is explained.
For loop2:37
Using the for loop with the range function to iterate a given function is explained.
Using two or more conditional statements5:12
Using two or more conditional statements is explained.

What you must develop?1:18
The problem statement is discussed. The input constraints and the required output is detailed.
Eliminating repeated values using the set function6:38
The method of eliminating repeated values is explained.
Converting a set into a list and arranging the items in ascending order3:17
The way of converting a set into a list and the use of list comprehension to arrange the items in ascending order is explained.
Arranging list items in descending order and output the required values7:50
The use of list slices to arrange items in descending order and to output the second maximum and the third minimum is explained.(Note that at 2:10 the word 'List Comprehension' must be corrected as 'List Slice')

What you must develop?1:14
The problem statement is discussed. The input constraints and the required output is detailed.
Defining a dictionary and assigning key value pairs in dictionaries7:14
The need of dictionaries and the way of relating one item known as the key to another item known as the value is explained.(Note that in the video at 06:07 the word uttered must be 'Colon' and not 'Semi-Colon')
Output the maximum value using a key in dictionaries2:55
The method of using a key to output the maximum value in dictionaries is explained

What you must develop?0:56
The problem statement and the required output is discussed.
Importing the random module0:51
The use of random module and the way of importing the random module is discussed.
Importing the string module0:39
The use of the string module and the way of importing the string module is discussed.
Getting all the uppercase letters from the string module1:31
The string constant used to generate all the uppercase letters is discussed.
Getting all the lowercase letters1:06
The string constant used to generate all the lowercase letters is discussed.
Getting all the numbers from 0 to 90:53
The string constant used to get all the numbers from 0 to 9 is explained.
Getting all the punctuation marks0:43
The string constant used to get all the punctuation marks is discussed.
Defining a function and an argument1:35
The way of defining a function and an argument is explained.
Concatenation of all the character types2:13
The use of 'concatenation' to join all the character types such as uppercase letters, lowercase letters, digits and punctuation marks is explained.
How to define an empty string?0:35
The way of defining an empty string is explained.
Selecting and concatenating random characters until an argument is satisfied4:23
The method of selecting random characters from a string and concatenating it with another string until a given argument is satisfied is explained.
How to get a password with different lengths2:04
The use of arguments inside the parenthesis of a function to output passwords with different lengths is explained.

Requirements

No programming experience is needed

Description

There are thousands of courses about Python. But this course is different from them because this course is made to ease Python programming. Instead of just explaining each and every function, loop, or statements these are nicely put into real world projects. While developing these real world projects the student will gain the knowledge of practically using Python programming with practice. This short course covers a wide range of topics including data structures, loops, variables and functions. Now there's no need to worry about Python Programming because all are nicely explained in this short course.

The course mainly aims at the following keys:

Getting user input
Assigning a value to a variable
If...else conditional statements
Combining two conditions using the 'and' operator
Converting input functions to integer input functions
Listing items in a string into substring items using the split function
Identifying the difference between string items and integer items
Finding the sum of an integer list
Using list comprehensions to convert string items to integer items
Using the map function to convert strings to integers
Finding the product of items in a list using the product function
Listing items in a list
Empty lists
Using while loops to iterate the same code repetitively
Using the append function to insert items into a list
Identifying how to find the quotient simply
Finding the minimum value in a list
Using the range function to call numbers up to a certain limit
Using the for loop to iterate over a given condition
Using two or more conditional statements
Using the set function to eliminate repeated values
Converting a set into a list to arrange the items in ascending or descending order
Defining a dictionary and assigning key value pairs
Output the maximum value using a dictionary key
Using addition, multiplication, remainder and strictly equal operators
Using the random module to generate random characters from a given string
Using the string module to get the uppercase, lowercase letters, digits and punctuation marks
Defining a function and an argument
Concatenation of strings
Defining an empty string

Who this course is for:

For anyone who wants to learn Python Programming building real world projects

Learn Python Programming Easily

What you'll learn

Explore related topics

Course content

Conditional statements, variables & input function6 lectures • 10min

Split function, list comprehension & sum function6 lectures • 9min

Product function in math module and map function4 lectures • 6min

While loop, append, list indices & minimum value6 lectures • 15min

Range, for loop & two or more conditional statements5 lectures • 22min

Set function, sort function and list slices4 lectures • 19min

Dictionaries and maximum value output using a key3 lectures • 11min

Addition, multiplication, remainder and strictly equal sign in Python2 lectures • 11min

Train Yourself Now0

Random and string modules, string constants, defining functions and arguments12 lectures • 17min

Requirements

Description

Who this course is for: