BrightMind LearningHub

# This program demonstrates how to define and call a function in Python, including passing arguments and returning a value. def calculate_rectangle_area (width, height): # Defines a function named 'calculate_rectangle_area' that accepts two parameters. area = width * height # Multiplies width by height and stores the result in 'area'. return area # Sends the calculated area value back to the caller. # Main program execution starts here room_width = 12 # Assigns the integer value 12 to 'room_width'. room_height = 15 # Assigns the integer value 15 to 'room_height'. # Calls the function and stores the returned result in 'total_area'. total_area = calculate_rectangle_area(room_width, room_height) print ( "The area of the room is:" , total_area) # Prints the final message and result to the console.

# This program demonstrates how to create a function that takes a list as a parameter and calculates the sum of its numbers. # Define a function named 'calculate_sum' that accepts one parameter called 'numbers_list' def calculate_sum (numbers_list):      # Initialize a variable 'total' to 0 to keep track of the running sum     total = 0      # Start a loop to iterate through each individual item in the 'numbers_list'      for number in numbers_list:          # Add the current number to the 'total' variable         total += number      # Return the final calculated sum back to where the function was called      return total # Create a list of numbers to test the function my_numbers = [ 10 , 20 , 30 , 40 , 5...

# This program calculates and prints the sum of all numbers stored inside a Python list. numbers = [10, 20, 30, 40, 50] total_sum = 0 for num in numbers:      # Add the current number to the running total     total_sum += num print ( "The sum of the numbers in the list is:" , total_sum)

# This program calculates the sum of all whole numbers from 1 to 10. # Initialize a variable named 'total_sum' to 0 to hold the running total. total_sum = 0 # Start a 'for' loop that iterates through a sequence of numbers. # range(1, 11) generates numbers starting from 1 up to (but not including) 11. for number in range( 1 , 11 ):      # Add the current number in the loop to the 'total_sum' variable.     total_sum += number # Print the final result to the console, embedding the total_sum variable in the string. print( f"The sum of numbers from 1 to 10 is: {total_sum}" )

# This program demonstrates a 'while' loop by displaying numbers from 1 to 10. counter = 1 # Initialize a variable named 'counter' and set its starting value to 1. while counter <= 10 : # Start a loop that runs as long as 'counter' is less than or equal to 10.      print (counter) # Print the current value of 'counter' to the console.     counter += 1 # Increment the 'counter' by 1 so the loop progresses and eventually ends.

# This program uses a for loop to display numbers from 1 to 10 # Loop through a range starting at 1 and ending before 11 (which means 1 to 10) for i in range ( 1 , 11 ): # Print the current value of 'i' to the console print (i)

Planets & Solar System Quiz Embark on a 5-question space trivia challenge exploring the planets, moons, and cosmic anomalies of our solar system. Start Quiz Question 1 of 5 Score: 0 Mission Briefing: Submit Answer Next Question Mission Completed! Data Log Review: Play Again

Indian States & Capitals Quiz Test your geography knowledge with a 5-question trivia challenge covering the capitals of Indian States and Union Territories. Start Quiz Question 1 of 5 Score: 0 Fact Breakdown: Submit Answer Next Question Quiz Completed! Review Log Breakdown: Play Again

General Knowledge Quiz Test your knowledge with a 5-question trivia challenge covering geography, history, science, and nature. Start Quiz Question 1 of 5 Score: 0 Explanation: Submit Answer Next Question Quiz Completed! Review Log Breakdown: Play Again

Division Quiz Select Quiz Mode: Easy (Dividends up to 50, Divisors 2-5) Medium (Dividends up to 132, Divisors 4-11) Expert (Dividends up to 400, Divisors 7-20) Magic of 10s (Dividing by 10, 100, 1000) Magic of Identity/Zero (Dividing 0 or by 1) Magic of Squares (Dividing Perfect Squares) Start Quiz Question 1 of 5 Score: 0 24 ÷ 6 = ? Submit Answer Next Question Quiz Finished! Performance Breakdown: Try Another Quiz

Multiplication Table Quiz Select Quiz Mode: Easy (Tables 2-5, Range 2-10) Medium (Tables 4-11, Range 2-12) Expert (Tables 7-20, Range 3-20) Magic of 0 (Multiplication by 10, 100, 1000) Magic of Squares (X × X Matching Pairs) Start Quiz Question 1 of 5 Score: 0 8 × 7 = ? Submit Answer Next Question Quiz Finished! Performance Breakdown: Try Another Quiz