Team Teach 3.1 Homework and Popcorn Hacks

3.1 TEAM TEACH (Monday)

Popcorn Hack 1

import random
import time

def play_game():
    score = 0
    operators = ['+', '-', '*', '/']
    time_limit = 10  # Player has 10 seconds to answer

    print("Welcome to the Math Quiz Game!")
    print(f"Answer as many questions as you can within {time_limit} seconds for each question. Type 'q' to quit anytime.\n")

    while True:
        # Generate two random numbers and choose a random operator
        num1 = random.randint(1, 10)
        num2 = random.randint(1, 10)
        op = random.choice(operators)

        # Ensure the division results in a whole number
        if op == '/':
            num1 = num1 * num2  # Makes sure num1 is divisible by num2

        # Calculate the correct answer based on the operator
        if op == '+':
            answer = num1 + num2
        elif op == '-':
            answer = num1 - num2
        elif op == '*':
            answer = num1 * num2
        else:  # Division case
            answer = num1 // num2  # Integer division for whole number results

        # Ask the player the question
        print(f"What is {num1} {op} {num2}?")
        
        # Start the timer
        start_time = time.time()
        
        player_input = input(f"Your answer (or type 'q' to quit): ")

        # Check if the player wants to quit
        if player_input.lower() == 'q':
            break

        # Check if time limit was exceeded
        elapsed_time = time.time() - start_time
        if elapsed_time > time_limit:
            print(f"Time's up! You took too long to answer. The correct answer was {answer}.")
            continue

        # Check if the answer is correct
        try:
            player_answer = int(player_input)
            if player_answer == answer:
                correct_responses = ["Well done!", "Nice job!", "You're on fire!", "Keep it up!"]
                print(random.choice(correct_responses))
                score += 1
            else:
                incorrect_responses = [f"Oops! The correct answer was {answer}.", 
                                       "Not quite! Try again next time.", 
                                       f"Close, but the correct answer was {answer}."]
                print(random.choice(incorrect_responses))
        except ValueError:
            print("Invalid input, please enter a number or 'q' to quit.")

    print(f"\nThanks for playing! Your final score is {score}.")

# Start the game
play_game()

Popcorn 2

%%js
// Create a dictionary (object) with different types of fruits
var fruitDictionary = {
    1: "Apple",
    2: "Banana",
    3: "Cherry"
};

// Accessing a value through its corresponding key
console.log("Fruit with key 1:", fruitDictionary[1]); // Output: Apple
console.log("Fruit with key 2:", fruitDictionary[2]); // Output: Banana
console.log("Fruit with key 3:", fruitDictionary[3]); // Output: Cherry

Popcorn 3

# Enhanced Temperature Converter

# Function to convert temperatures
def temperature_converter():
    try:
        # Prompt the user for the temperature and conversion type
        temperature = float(input("Enter the temperature value: "))
        conversion_type = input("Convert from (C/F/K): ").strip().upper()
        target_type = input("Convert to (C/F/K): ").strip().upper()

        # Conversion logic based on user input
        if conversion_type == target_type:
            print(f"No conversion needed. The temperature remains {temperature:.2f}°{target_type}.")
        
        # Convert from Celsius
        elif conversion_type == "C":
            if target_type == "F":
                fahrenheit = (temperature * 9 / 5) + 32
                print(f"{temperature}°C is equal to {fahrenheit:.2f}°F")
            elif target_type == "K":
                kelvin = temperature + 273.15
                print(f"{temperature}°C is equal to {kelvin:.2f}K")
            else:
                print("Invalid target conversion type.")

        # Convert from Fahrenheit
        elif conversion_type == "F":
            if target_type == "C":
                celsius = (temperature - 32) * 5 / 9
                print(f"{temperature}°F is equal to {celsius:.2f}°C")
            elif target_type == "K":
                kelvin = (temperature - 32) * 5 / 9 + 273.15
                print(f"{temperature}°F is equal to {kelvin:.2f}K")
            else:
                print("Invalid target conversion type.")

        # Convert from Kelvin
        elif conversion_type == "K":
            if target_type == "C":
                celsius = temperature - 273.15
                print(f"{temperature}K is equal to {celsius:.2f}°C")
            elif target_type == "F":
                fahrenheit = (temperature - 273.15) * 9 / 5 + 32
                print(f"{temperature}K is equal to {fahrenheit:.2f}°F")
            else:
                print("Invalid target conversion type.")
        
        else:
            print("Invalid initial conversion type entered. Please use 'C', 'F', or 'K'.")

    except ValueError:
        print("Invalid input. Please enter a numeric temperature value.")

# Call the temperature converter function
temperature_converter()

Popcorn Hack 1 of 3-4

%%js


let favoriteMovie = "Cars";
let favoriteSport = "cricket";
let petName = "Dot";


let concatenatedMessage = "My favorite movie is " + favoriteMovie + ". I love playing " + favoriteSport + " and my pet's name is " + petName + ".";


let interpolatedMessage = `My favorite movie is ${favoriteMovie}. I love playing ${favoriteSport} and my pet's name is ${petName}.`;

Popcorn Hack 2

%%js
// Define string
let phrase = "A journey of a thousand miles begins with a single step";

// Extraction
let partOne = phrase.slice(2, 9);  // "journey" starts at index 2 and ends at index 8, but slice() excludes the end index, so use 9
let partTwo = phrase.slice(-18, -12);  // Extracts "miles"
let remainder = phrase.slice(27);  // Starts extracting from index 27

// Output
console.log(partOne);  // Output: journey
console.log(partTwo);  // Output: miles
console.log(remainder); // Output: begins with a single step

Popcorn Hack 3

def remove_vowels(input_str):
    vowels = "aeioulAEIOUL"
    result = ''.join([char for char in input_str if char not in vowels])
    return result

sentence = "I love watching movies with my friends!"
print(remove_vowels(sentence))

Popcorn Hack 4

def reverse_words(input_str):
    words = input_str.split() 
    reversed_words = " ".join(words[::-1]) 
    return reversed_words

sentence1 = "I love coding!"
sentence2 = "Python is amazing"
sentence3 = "A journey of a thousand miles begins with a single step"

print(reverse_words(sentence1))  
print(reverse_words(sentence2))  
print(reverse_words(sentence3))  

Homework for 3-4 and 3-1

Homework for 3-4

%%js
// Function to generate a greeting
function generateGreeting(firstName, lastName) {
    // Using string concatenation
    let greeting1 = "Hello, " + firstName + " " + lastName + "!";
    
    // Using string interpolation (template literals)
    let greeting2 = `Hello, ${firstName} ${lastName}!`;
    
    // Output both greetings
    console.log(greeting1);  // Concatenation example
    console.log(greeting2);  // Interpolation example
}

// Test the function
let firstName = "Alex";
let lastName = "Rubio";
generateGreeting(firstName, lastName);

# Function to check if a string is a palindrome
def is_palindrome(input_str):
    # Remove spaces and convert to lowercase for uniformity
    cleaned_str = input_str.replace(" ", "").lower()
    
    # Check if the string is the same forwards and backwards
    return cleaned_str == cleaned_str[::-1]

# Test the function
test_str1 = "racecar"
test_str2 = "A man a plan a canal Panama"
test_str3 = "hello"

print(is_palindrome(test_str1))  # Output: True
print(is_palindrome(test_str2))  # Output: True (ignores spaces and case)
print(is_palindrome(test_str3))  # Output: False

Homework for 3-1

# Conversion rates
CUPS_TO_TABLESPOONS = 16
TABLESPOONS_TO_TEASPOONS = 3
CUPS_TO_TEASPOONS = 48

# Function to convert between units
def convert_ingredient(quantity, from_unit, to_unit):
    if from_unit == "cups" and to_unit == "tablespoons":
        return quantity * CUPS_TO_TABLESPOONS
    elif from_unit == "tablespoons" and to_unit == "cups":
        return quantity / CUPS_TO_TABLESPOONS
    elif from_unit == "tablespoons" and to_unit == "teaspoons":
        return quantity * TABLESPOONS_TO_TEASPOONS
    elif from_unit == "teaspoons" and to_unit == "tablespoons":
        return quantity / TABLESPOONS_TO_TEASPOONS
    elif from_unit == "cups" and to_unit == "teaspoons":
        return quantity * CUPS_TO_TEASPOONS
    elif from_unit == "teaspoons" and to_unit == "cups":
        return quantity / CUPS_TO_TEASPOONS
    else:
        return "Conversion not available."

# Test the converter
quantity = float(input("Enter the quantity: "))
from_unit = input("Enter the unit you're converting from (cups, tablespoons, teaspoons): ").lower()
to_unit = input("Enter the unit you're converting to (cups, tablespoons, teaspoons): ").lower()

result = convert_ingredient(quantity, from_unit, to_unit)
print(f"{quantity} {from_unit} is equal to {result} {to_unit}.")

# Conversion rates
CUPS_TO_TABLESPOONS = 16
TABLESPOONS_TO_TEASPOONS = 3
CUPS_TO_TEASPOONS = 48

# Function to convert between units
def convert_ingredient(quantity, from_unit, to_unit):
    if from_unit == "cups" and to_unit == "tablespoons":
        return quantity * CUPS_TO_TABLESPOONS
    elif from_unit == "tablespoons" and to_unit == "cups":
        return quantity / CUPS_TO_TABLESPOONS
    elif from_unit == "tablespoons" and to_unit == "teaspoons":
        return quantity * TABLESPOONS_TO_TEASPOONS
    elif from_unit == "teaspoons" and to_unit == "tablespoons":
        return quantity / TABLESPOONS_TO_TEASPOONS
    elif from_unit == "cups" and to_unit == "teaspoons":
        return quantity * CUPS_TO_TEASPOONS
    elif from_unit == "teaspoons" and to_unit == "cups":
        return quantity / CUPS_TO_TEASPOONS
    else:
        return "Conversion not available."

# Main loop to input ingredients
def ingredient_input_loop():
    while True:
        # Get ingredient details from the user
        ingredient_name = input("Enter the ingredient name (or type 'done' to finish): ").strip().lower()
        if ingredient_name == "done":
            print("Finished entering ingredients.")
            break

        try:
            quantity = float(input(f"Enter the quantity for {ingredient_name}: "))
            from_unit = input("Enter the current unit (cups, tablespoons, teaspoons): ").strip().lower()
            to_unit = input("Enter the unit to convert to (cups, tablespoons, teaspoons): ").strip().lower()

            # Perform the conversion
            result = convert_ingredient(quantity, from_unit, to_unit)
            print(f"{quantity} {from_unit} of {ingredient_name} is equal to {result} {to_unit}.\n")

        except ValueError:
            print("Invalid input. Please enter a numeric value for quantity.\n")

# Run the ingredient input loop
ingredient_input_loop()

# Conversion rates
CUPS_TO_TABLESPOONS = 16
TABLESPOONS_TO_TEASPOONS = 3
CUPS_TO_TEASPOONS = 48

# Function to convert between units
def convert_ingredient(quantity, from_unit, to_unit):
    if from_unit == "cups" and to_unit == "tablespoons":
        return quantity * CUPS_TO_TABLESPOONS
    elif from_unit == "tablespoons" and to_unit == "cups":
        return quantity / CUPS_TO_TABLESPOONS
    elif from_unit == "tablespoons" and to_unit == "teaspoons":
        return quantity * TABLESPOONS_TO_TEASPOONS
    elif from_unit == "teaspoons" and to_unit == "tablespoons":
        return quantity / TABLESPOONS_TO_TEASPOONS
    elif from_unit == "cups" and to_unit == "teaspoons":
        return quantity * CUPS_TO_TEASPOONS
    elif from_unit == "teaspoons" and to_unit == "cups":
        return quantity / CUPS_TO_TEASPOONS
    else:
        return "Conversion not available."

# Main loop to input ingredients
def ingredient_input_loop():
    while True:
        # Get ingredient details from the user
        ingredient_name = input("Enter the ingredient name (or type 'done' to finish): ").strip().lower()
        if ingredient_name == "done":
            print("Finished entering ingredients.")
            break

        try:
            # Get the quantity and units for the ingredient
            quantity = float(input(f"Enter the quantity for {ingredient_name}: "))
            from_unit = input("Enter the current unit (cups, tablespoons, teaspoons): ").strip().lower()

            # Ask user for the desired conversion unit
            to_unit = input("Enter the unit to convert to (cups, tablespoons, teaspoons): ").strip().lower()

            # Perform the conversion
            result = convert_ingredient(quantity, from_unit, to_unit)
            if isinstance(result, str):
                print(result)  # Print error message for unavailable conversions
            else:
                print(f"{quantity} {from_unit} of {ingredient_name} is equal to {result:.2f} {to_unit}.\n")

        except ValueError:
            print("Invalid input. Please enter a numeric value for quantity.\n")

# Run the ingredient input loop
ingredient_input_loop()

Conversion not available.
Conversion not available.
12.0 teaspoons of bleach is equal to 0.25 cups.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

Invalid input. Please enter a numeric value for quantity.

# Conversion rates
CUPS_TO_TABLESPOONS = 16
TABLESPOONS_TO_TEASPOONS = 3
CUPS_TO_TEASPOONS = 48

# Function to convert between units
def convert_ingredient(quantity, from_unit, to_unit):
    if from_unit == "cups" and to_unit == "tablespoons":
        return quantity * CUPS_TO_TABLESPOONS
    elif from_unit == "tablespoons" and to_unit == "cups":
        return quantity / CUPS_TO_TABLESPOONS
    elif from_unit == "tablespoons" and to_unit == "teaspoons":
        return quantity * TABLESPOONS_TO_TEASPOONS
    elif from_unit == "teaspoons" and to_unit == "tablespoons":
        return quantity / TABLESPOONS_TO_TEASPOONS
    elif from_unit == "cups" and to_unit == "teaspoons":
        return quantity * CUPS_TO_TEASPOONS
    elif from_unit == "teaspoons" and to_unit == "cups":
        return quantity / CUPS_TO_TEASPOONS
    else:
        return "Conversion not available."

# Main loop to input ingredients
def ingredient_input_loop():
    ingredients = []  # List to store ingredients and their conversions

    while True:
        # Get ingredient details from the user
        ingredient_name = input("Enter the ingredient name (or type 'done' to finish): ").strip().lower()
        if ingredient_name == "done":
            print("Finished entering ingredients.\n")
            break

        try:
            # Get the quantity and units for the ingredient
            quantity = float(input(f"Enter the quantity for {ingredient_name}: "))
            from_unit = input("Enter the current unit (cups, tablespoons, teaspoons): ").strip().lower()

            # Ask user for the desired conversion unit
            to_unit = input("Enter the unit to convert to (cups, tablespoons, teaspoons): ").strip().lower()

            # Perform the conversion
            result = convert_ingredient(quantity, from_unit, to_unit)
            if isinstance(result, str):
                print(result)  # Print error message for unavailable conversions
            else:
                # Store the original and converted values in the list
                ingredients.append({
                    'name': ingredient_name,
                    'original_quantity': quantity,
                    'from_unit': from_unit,
                    'converted_quantity': result,
                    'to_unit': to_unit
                })
                print(f"{quantity} {from_unit} of {ingredient_name} is equal to {result:.2f} {to_unit}.\n")

        except ValueError:
            print("Invalid input. Please enter a numeric value for quantity.\n")

    # Display the summary of conversions
    print("\nConversion Summary:")
    for ingredient in ingredients:
        print(f"{ingredient['original_quantity']} {ingredient['from_unit']} of {ingredient['name']} "
              f"= {ingredient['converted_quantity']:.2f} {ingredient['to_unit']}.")

# Run the ingredient input loop
ingredient_input_loop()