AHS CODING CLUB

How Program Works

Problems We Need to Solve in Hangman Game. Those we solved already are in Red. Those we have to solve are in Green:

• Getting a bunch of Simple Words and Storing Them
• Selecting a Word Randomly
• Breaking up the word into letters and putting these letters into collection so that we can compare to the correct guesses
• Display The Word Using Dashes to Replace the Letters
• Asking User For a Guess of one of the Letters in the Word
• If they guess a right letter their chances does not go down and the letter will be displayed in its positions in the word
• Putting all Guesses in a Collection so that User Doesn't Lose a Chance if they guess a letter that they have already guessed
• Putting Correct Guesses in a Collection so that we can compare with the original word
• Looping Around Program So that We Can Get Multiple Guesses Until User Runs Out of Chances or Until Word is Solved.
• Determining if player Wins By Guessing All the Correct Letters in the word or if Player loses by guessing too many incorrect letters and displaying an approriate message.

Correct the Following Lines of Code One at a Time and Get it to Run Without Error.

Each code snippet has syntax problem.

Definition of Syntax

In programming, syntax means the set of rules that define how code must be written and structured so that a computer can understand it.

Think of it as the grammar and spelling of a programming language.

Just like English has grammar (e.g., subject + verb + object), programming languages have syntax rules (e.g., where parentheses, colons, or keywords must go).

Topic If Statements

if x = 5:
    print(x)

if True:
    print("This is ddafdasfd")
     print("This is fafasfdas")
        

age = 18
if age = 18:
    print("You are an adult.")

        

#Trying to add 2 integers
x = 5
y = input("Please Enter a number: ")
print(x + y)
        

x = 5
if x > 10:
    print("Big number!")
else
    print("Small number!")

        

For Loops

for i in range(5)
    print(i)
        

numbers = [1, 2, 3, 4]
for num in numbers:
print(num * 2)
        

While Loops

count = 0
while count < 5
    print(count)
    count += 1

count = 0
while count < 3:
    print("Count is:", count)

Variables

#2 Errors
1variable = 10
my variable = 20

print(name)
name = "Alice"

num1 = 10
num2 = "20"
result = num1 + Num2
print(result)
#Has 2 errors

name = "Harry"
print(naMe)

Strings

print(Hello World)

print "Hello World"

msg = "Hello World
print(msg)

another_message = 'Python is fun!"

message = 'Hello World!"
print(message)

word = "Python"
print(word[6])

Lists

numbers = [1 2, 3]

my_list = [1, 2, 3

my_list = [1, 2, 3}    

fruits = ["apple", "banana", "cherry"]
print(fruits[3])

numbers = [1, 2, 3]
numbers.add([4, 5, 6])
print(numbers)

These Codes Have Problem With Logic

In programming, a logical error is a type of bug that happens when your code runs without crashing, but it doesn’t do what you intended — because there’s a mistake in the logic or reasoning behind the code.

#Goal determine who is a teenager and who is an adult    
age = 15
if age > 18:
    print("You are a teenager.")
else:
    print("You are an adult.")

#Goal is print average of 2 numbers
a = 10
b = 20
avg = a + b / 2  
print(avg)

# Goal: print numbers greater than 3
numbers = [1, 2, 3, 4, 5]
for n in numbers:
    if n > 3:
        pass
    print(n)  

# Goal: print numbers 1 to 5
total = 0
for i in range(1, 5):
    total += i
print("Sum from 1 to 5 is:", total)

#Goal is print a countdown from 5 to 0
count = 5
while count == 0:
    print(count)
    count -= 1

#Goal find total of numbers between 0 and 4
total = 0
for i in range(5):
    total = i  # ❌ overwrites total every time
print(total)

#Goal find the longest word in a list of words
words = ["apple", "banana", "cherry"]
longest = ""
for word in words:
    if len(word) < len(longest):
        longest = word
print("Longest word is:", longest)

#Goal print if x is between 0 and 10
if x > 0 or x < 10:  # Logical error: always true
    print("x is between 0 and 10")

i = 0
while i < 5:
    print(i)

Lesson - While Loop

What is a While Loop?

A while loop repeatedly executes a block of code as long as a condition is True.

It’s useful when you don’t know exactly how many times you need to loop — for example, waiting for user input, or looping until a certain calculation is complete.

while condition:
    # code to repeat

How it Works?

• The condition is checked.
• If it’s True, the body of the loop runs.
• After running, the condition is checked again.
• When the condition becomes False, the loop stops.

Example

count = 1

while count <= 5:
    print("Count is:", count)
    count += 1  # increase count by 1 each time

Here’s what happens:

• The condition count <= 5 starts as True.
• The loop prints and increments count.
• Once count becomes 6, the condition is False, so the loop stops.

Common Mistake: Infinite Loops

If your condition never becomes False, the loop runs forever.

while True:
    print("This will never stop!")  # use Ctrl+C to stop manually

To avoid this, make sure something inside the loop changes so the condition will eventually fail.

Example 2: User Input

password = ""

while password != "open sesame":
    password = input("Enter the password: ")

print("Access granted!")

How it Works:

The loop keeps asking until the user types "open sesame".

Once the condition is false (password != "open sesame" becomes false), it exits.

Example 3 - Using Break

You can exit a loop early using break.

while True:
    num = int(input("Enter a number (0 to quit): "))
    if num == 0:
        break
    print("You entered:", num)

When the user types 0, the break statement immediately ends the loop.

Example 4: Using continue

You can skip the rest of a loop iteration using continue.

n = 0

while n < 10:
    n += 1
    if n % 2 == 0:
        continue  # skip even numbers
    print(n)

This prints only the odd numbers between 1 and 9.

For Loop

What is a for Loop

A for loop lets you repeat an action for each item in a sequence (like a list, range, or string).

When you use it with a string, it goes through each character one by one.

for variable in sequence:
    # code to run for each item

Looping Through a String:

for letter in "hello":
    print(letter)

Change End of a Print Function

print("Hello")
print("World")

print(value, end="something")

print("Hello", end=" ")
print("World")

for i in range(5):
    print(i, end=", ")

for letter in "ABC":
    print(letter, end="")

Student's Code

Tiffany JOSEPH

import random

def select (simple_words):
    return random.choice(simple_words)


simple_words = ["apple", "basic", "cloud", "dance", "flute",
"fruit", "grape", "image", "knife", "lemon", "mouse", "paste",
"queen", "ratio", "scene", "space", "taste", "unite", "virus",
"water", "bread", "chair", "diner", "ember", "fence", "games",
"heart", "image", "judge", "knead", "laugh", "mouse", "nurse", "ocean", "paste", "queen", "ratio", "scene", "sense", "space", "speed", "spell", "sport", "steam", "style", "table", "taste", "timer", "touch", "tower", "train", "trust", "truth", "usage", "vault", "verse", "watch", "water", "waves", "whale", "wheel", "where", "which", "while", "white", "whole", "whose", "woman", "women", "world", "worth", "would", "write", "wrong", "year", "yield", "youth", "zest", "zips", "zones", "alive", "angel", "blood", "board", "brain", "cards", "carry", "cells", "chart", "chief", "class", "clone", "clubs", "coach", "craft", "crave", "crazy", "cross", "crowd", "crush", "dance"]
wrong_guesses =0
max_wrong_guesses =6
#print(simple_words[53])

random_item = select(simple_words)
wordset = set(random_item)
print(wordset)
print(random_item)
list = " _ " * len(random_item)

list = list.split()
print(list)

while wrong_guesses < max_wrong_guesses:
#i+= 1
if wrong_guesses == 3:
    continue
    #print(i)
    guess=input('guess letter:')

if guess in random_item:
    print("Guess correct")
else:
    print("Guess incorrect")

Amelia Taitt

import random

def selectword():
    return random.choice(simple_words)

simple_words = [
"apple", "bread", "chair", "dance", "eagle", "floor", "grape", "house", "ivory", "juice",
"knife", "lemon", "money", "nurse", "ocean", "pizza", "queen", "river", "spoon", "table",
"umbra", "voice", "water", "zebra", "angel", "block", "cloud", "drink", "earth", "fruit",
"grass", "happy", "inbox", "jelly", "kitty", "laugh", "mango", "night", "onion", "plant",
"quiet", "roast", "shell", "train", "unity", "vivid", "whale", "xyloh", "young", "zebra",
"smile", "brush", "clock", "dream", "fairy", "ghost", "horse", "inlet", "jolly", "kneel",
"light", "magic", "novel", "olive", "peach", "quilt", "razor", "scoop", "teach", "uncle",
"visit", "watch", "yearn", "zebra", "alert", "bacon", "color", "dance", "enter", "frost",
"glove", "honey", "ideal", "joint", "knock", "limit", "music", "never", "outer", "prime",
"quiet", "round", "sleep", "tasty", "under", "voter", "world", "xerox", "yield", "zooms"
]
guesses=set()
correctguesses=set()
list = [1, 4, 5, 2, 7, 9, 12, 3]
random_element = selectword()
wordlist=set(random_element)
print(wordlist)
print(f"The randomly chosen element is: {random_element}")

guesses=4
guess = input("guess a letter")

if guess not in guesses :
    if guess in random_element:
        print("guess correctly")

    else:
        print("guess incorrectly")

akaya alaexander

import random

def selectword():
    return random.choice(simple_words)
def printdashes():
    for character in random_element:
        if character in correctguesses:
            print ("character",end= " ")
        else:
            print("-",end=" ")
    print()        
simple_words = [
"apple", "bread", "chair", "dance", "eagle", "floor", "grape", "house", "ivory", "juice",
"knife", "lemon", "money", "nurse", "ocean", "pizza", "queen", "river", "spoon", "table",
"umbra", "voice", "water", "zebra", "angel", "block", "cloud", "drink", "earth", "fruit",
"grass", "happy", "inbox", "jelly", "kitty", "laugh", "mango", "night", "onion", "plant",
"quiet", "roast", "shell", "train", "unity", "vivid", "whale", "xyloh", "young", "zebra",
"smile", "brush", "clock", "dream", "fairy", "ghost", "horse", "inlet", "jolly", "kneel",
"light", "magic", "novel", "olive", "peach", "quilt", "razor", "scoop", "teach", "uncle",
"visit", "watch", "yearn", "zebra", "alert", "bacon", "color", "dance", "enter", "frost",
"glove", "honey", "ideal", "joint", "knock", "limit", "music", "never", "outer", "prime",
"quiet", "round", "sleep", "tasty", "under", "voter", "world", "xerox", "yield", "zooms"
]

guesses=set()
correctguesses=set()
#list = [1, 4, 5, 2, 7, 9, 12, 3]
random_element = selectword()
printdashes()
wordset =set(random_element)
#print(wordset)
guesses = 5
incorrectguesses =0
print (random_element)
while guesses -incorrectguesses >0:
    guess = input("guess the letter ")


#guesses.add
   if guess not in guesses:
       if guess in random_element:
           guesses.add(guess)
           correctguesses.add(guess)

           print("guess correctly")
        
       else:
           print("guess incorrectly")
                incorrectguesses+=1
    else:
       print("You guessed this letter already")

Gabrielle King

def selectword():
    return random.choice(four_letter_words)


def printdashes():
    for character in random_element:
        if character in correctguesses:
            print(character, end=" ")
        else:
            print(end="-")
    print()
four_letter_words = [
    "Ball",
    "Bark",
    "Base",
    "Bath",
    "Bear",
    "Bell",
    "Belt",
    "Bend",
    "Best",
    "Bird",
    "Book",
    "Boot",
    "Cake",
    "Call",
    "Camp",
    "Card",
    "Cart",
    "Chat",
    "Chip",
    "Clap",
    "Clip",
    "Club",
    "Cold",
    "Cook",
    "Cool",
    "Corn",
    "Crab",
    "Dark",
    "Dash",
    "Desk",
    "Dive",
    "Doll",
    "Door",
    "Down",
    "Draw",
    "Drop",
    "Duck",
    "Dust",
    "Earn",
    "Edge",
    "Face",
    "Fall",
    "Farm",
    "Fast",
    "Feed",
    "Find",
    "Fire",
    "Fish",
    "Flat",
    "Flip",
    "Fold",
    "Food",
    "Foot",
    "Fork",
    "Frog",
    "Full",
    "Game",
    "Gift",
    "Girl",
    "Good",
    "Grab",
    "Hand",
    "Hard",
    "Hate",
    "Have",
    "Head",
    "Hear",
    "Help",
    "Hill",
    "Hold",
    "Home",
    "Hope",
    "Jump",
    "Kick",
    "King",
    "Lamp",
    "Land",
    "Left",
    "Life",
    "Lift",
    "Line",
    "Lion",
    "Lock",
    "Look",
    "Love",
    "Make",
    "Mark",
    "Meal",
    "Meet",
    "Milk",
    "Move",
    "Neck",
    "Open",
    "Park",
    "Play",
    "Read",
    "Ride",
    "Ring",
    "Road",
    "Rock",
]
guesses = set()
correctguesses = set()
random_element = selectword().lower()
word_set = set(random_element)
print(word_set)
printdashes()
print(f"The randomly chosen word is : {random_element}")
guesslimit = 4
incorrectguesses = 0
print (random_element)
while (guesslimit-incorrectguesses)>0 and len(correctguesses) != len(word_set):
    guess = input("Guess a letter")
    if guess not in guesses:
        if guess in random_element:
           guesses.add(guess)
           print("guess correctly")
           correctguesses.add(guess)
           printdashes()

        else:
           guesses.add(guess)
           print("guess incorrectly")
           incorrectguesses+=1   
           print (f"you have {guesslimit-incorrectguesses} left")
if len(correctguesses) == len(word_set):
    print(f"Congratulations!!! You have guessed the word correctly")
else:
    print(f"I'm sorry!You've lost")

Sharice Pierre

import random

def select (simple_words):
    return random.choice(simple_words)

simple_words = ["apple", "basic", "cloud", "dance", "flute", "fruit", "grape", "image", "knife", "lemon", "mouse", "paste", "queen", "ratio", "scene", "space", "taste", "unite", "virus", "water", "bread", "chair", "diner", "ember", "fence", "games", "heart", "image", "judge", "knead", "laugh", "mouse", "nurse", "ocean", "paste", "queen", "ratio", "scene", "sense", "space", "speed", "spell", "sport", "steam", "style", "table", "taste", "timer", "touch", "tower", "train", "trust", "truth", "usage", "vault", "verse", "watch", "water", "waves", "whale", "wheel", "where", "which", "while", "white", "whole", "whose", "woman", "women", "world", "worth", "would", "write", "wrong", "year", "yield", "youth", "zest", "zips", "zones", "alive", "angel", "blood", "board", "brain", "cards", "carry", "cells", "chart", "chief", "class", "clone", "clubs", "coach", "craft", "crave", "crazy", "cross", "crowd", "crush", "dance"]
wrong_guesses =0
max_wrong_guesses =6
#print(simple_words[53])

random_item = select(simple_words)
print(random_item)
list = " _ " * len(random_item)

list = list.split()
print(list)


wrong_guesses
while wrong_guesses < max_wrong_guesses:
   i+= 1
   if wrong_guesses == 3:
      continue
   print(i)
guess=input('guess letter:')

if guess in random_item:
    print("Guess correct")
else:
    print("Guess incorrect")

Brianna

import random

def selectword():
    return random.choice(four_letter_words)

four_letter_words = [
"Ball", "Bark", "Base", "Bath", "Bear", "Bell", "Belt", "Bend", "Best", "Bird",
"Book", "Boot", "Cake", "Call", "Camp", "Card", "Cart", "Chat", "Chip", "Clap",
"Clip", "Club", "Cold", "Cook", "Cool", "Corn", "Crab", "Dark", "Dash", "Desk",
"Dive", "Doll", "Door", "Down", "Draw", "Drop", "Duck", "Dust", "Earn", "Edge",
"Face", "Fall", "Farm", "Fast", "Feed", "Find", "Fire", "Fish", "Flat", "Flip",
"Fold", "Food", "Foot", "Fork", "Frog", "Full", "Game", "Gift", "Girl", "Good",
"Grab", "Hand", "Hard", "Hate", "Have", "Head", "Hear", "Help", "Hill", "Hold",
"Home", "Hope", "Jump", "Kick", "King", "Lamp", "Land", "Left", "Life", "Lift",
"Line", "Lion", "Lock", "Look", "Love", "Make", "Mark", "Meal", "Meet", "Milk",
"Move", "Neck", "Open", "Park", "Play", "Read", "Ride", "Ring", "Road", "Rock"
]
random_element=selectword()
print(selectword())
print(f"The randomly chosen word is : {random_element}")
guess = 5
input("guess a letter that might be in the word")
print(input)
if guese is random_element:
    print ("guess correctly")
else:
    print(guss incorrectly)

Lesson - Sets

What is a set?

A set is an unordered, mutable, and unique collection of elements.

Key features of sets:

• No duplicate elements
• Elements must be immutable (can’t include lists or dictionaries)
• Uses {} curly braces or the set() function

# Using curly braces
fruits = {"apple", "banana", "cherry"}
print(fruits)

# Using the set() constructor
numbers = set([1, 2, 3, 4])
print(numbers)

# Empty set (must use set(), not {})
empty = set()
print(type(empty))  # 
        

Adding Elements to a Set

colors = {"red", "green"}
colors.add("blue")
print(colors)  # {'red', 'green', 'blue'}

Adding Mutliple Elements

colors.update(["yellow", "orange"])
print(colors)

Removing Elements

fruits = {"apple", "banana", "cherry"}

fruits.remove("banana")  # Removes an item (raises error if not found)
print(fruits)

fruits.discard("mango")  # Removes safely (no error if missing)
print(fruits)

fruits.pop()  # Removes a random element
print(fruits)

fruits.clear()  # Empties the set
print(fruits)

Checking Membership

fruits = {"apple", "banana", "cherry"}

print("banana" in fruits)   # True
print("orange" not in fruits)  # True

Lesson - Functions

What is a Function?

In programming, a function is a reusable block of code designed to perform a specific task. Instead of writing the same code multiple times, you can define a function once and call it whenever needed.

In video games, functions are widely used for actions like attacking, healing, jumping, or calculating scores.

Why Use Functions?

1. Reusability: Write the code once and reuse it multiple times. A player needs to heal, attack, or run. Instead of writing the same code repeatedly, use functions for each action.
2. Readability: Break down complex logic into smaller, manageable pieces.
3. Maintainability: Easier to update and debug specific parts of the code.
4. Organization: Group related logic together for better clarity.

How to Define a Function

1. Define the Function: Use the def keyword in Python.
2. Give the function a name
3. Open and close brackets
4. Use the colon after the brackets
5. Write the code that you want to execute when the function is called(used)
6. Call the Function: Use the function's name followed by parentheses.

Defining a Function

To define a function in Python, use the def keyword followed by the function name and parentheses. If the function has parameters (inputs), you put them inside the parentheses.

def greet():
    print("Hello, welcome to Python!")

       

Calling a Function

Once a function is defined, you can call (invoke) it by using its name followed by parentheses.

greet()

       

Functions with Parameters

You can pass information to a function using parameters. Parameters are specified inside the parentheses in the function definition.

def greet(name):
    print(f"Hello, {name}!")

Calling the Function

greet("Alice")  # Calling the function with the argument "Alice"
greet("Bob")    # Calling the function with the argument "Bob"

Creating and Calling a Function with Multiple Parameters

A function can take multiple parameters. Just separate them with commas inside the parentheses.

def add(a, b):
    result = a + b
    print(f"The sum of {a} and {b} is {result}")

Calling function

add(5, 3) 

Creating and Calling a Function with Default Parameters

You can give parameters default values, which are used if no argument is provided when the function is called.

def greet(name="Guest"):
    print(f"Hello, {name}!")

You can call with arguments or without arguments

greet("Alice")  # Hello, Alice!
greet()         # Hello, Guest!

Exercises

• Create a function that prints "Hello World"
• Create a Function that multiplies 2 numbers and sends back the results. Put that result in a variable and print it
• Change the previous function that will muliply by 1 as second number if function wasn't called with second number
• Create function that returns the area of a square given a radius.

Conclusion - Things You Should Remember

• Define a function with def and use return to send back results.
• Parameters let you pass data into functions, and you can set default parameters.

stages = [
        '''
           -----
           |   |
           O   |
          /|\\  |
          / \\  |
               |
        =========
        ''',
        '''
           -----
           |   |
           O   |
          /|\\  |
          /    |
               |
        =========
        ''',
        '''
           -----
           |   |
           O   |
          /|\\  |
               |
               |
        =========
        ''',
        '''
           -----
           |   |
           O   |
          /|   |
               |
               |
        =========
        ''',
        '''
           -----
           |   |
           O   |
           |   |
               |
               |
        =========
        ''',
        '''
           -----
           |   |
           O   |
               |
               |
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        =========
        ''',
        '''
           -----
           |   |
               |
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               |
               |
        =========
        '''
    ]

Student Projects

Briana

import random

def selectword():
    return random.choice(four_letter_words)

four_letter_words = [
"Ball", "Bark", "Base", "Bath", "Bear", "Bell", "Belt", "Bend", "Best", "Bird",
"Book", "Boot", "Cake", "Call", "Camp", "Card", "Cart", "Chat", "Chip", "Clap",
"Clip", "Club", "Cold", "Cook", "Cool", "Corn", "Crab", "Dark", "Dash", "Desk",
"Dive", "Doll", "Door", "Down", "Draw", "Drop", "Duck", "Dust", "Earn", "Edge",
"Face", "Fall", "Farm", "Fast", "Feed", "Find", "Fire", "Fish", "Flat", "Flip",
"Fold", "Food", "Foot", "Fork", "Frog", "Full", "Game", "Gift", "Girl", "Good",
"Grab", "Hand", "Hard", "Hate", "Have", "Head", "Hear", "Help", "Hill", "Hold",
"Home", "Hope", "Jump", "Kick", "King", "Lamp", "Land", "Left", "Life", "Lift",
"Line", "Lion", "Lock", "Look", "Love", "Make", "Mark", "Meal", "Meet", "Milk",
"Move", "Neck", "Open", "Park", "Play", "Read", "Ride", "Ring", "Road", "Rock"
]
random_element=selectword()
print(selectword())
print(f"The randomly chosen word is : {random_element}")
guess = 5
input("guess a letter that might be in the word")
print(input)
if guese is random_element:
    print ("guess correctly")
else:
    print(guss incorrectly)

Amelia Taitt

import random

def selectword():
    return random.choice(simple_words)
def printdashes():
    for character in random_element:
        if character in correctguesses:
            print("character",end=" ")
        else:
            print(end="-")
    print()        
simple_words = [
"apple", "bread", "chair", "dance", "eagle", "floor", "grape", "house", "ivory", "juice",
"knife", "lemon", "money", "nurse", "ocean", "pizza", "queen", "river", "spoon", "table",
"umbra", "voice", "water", "zebra", "angel", "block", "cloud", "drink", "earth", "fruit",
"grass", "happy", "inbox", "jelly", "kitty", "laugh", "mango", "night", "onion", "plant",
"quiet", "roast", "shell", "train", "unity", "vivid", "whale", "xyloh", "young", "zebra",
"smile", "brush", "clock", "dream", "fairy", "ghost", "horse", "inlet", "jolly", "kneel",
"light", "magic", "novel", "olive", "peach", "quilt", "razor", "scoop", "teach", "uncle",
"visit", "watch", "yearn", "zebra", "alert", "bacon", "color", "dance", "enter", "frost",
"glove", "honey", "ideal", "joint", "knock", "limit", "music", "never", "outer", "prime",
"quiet", "round", "sleep", "tasty", "under", "voter", "world", "xerox", "yield", "zooms"
]
guesses=set()
correctguesses=set()
list = [1, 4, 5, 2, 7, 9, 12, 3]
random_element = selectword()
printdashes()
wordlist=set(random_element)
print(wordlist)
print(f"The randomly chosen element is: {random_element}")

guess = input("guess a letter")

guesses=4
incorrectguesses=0

while guesses-incorrectguesses<0:
    if guess not in guesses:
      if guess in random_element:
        print("guess correctly")

    else:
        print("guess incorrectly")
        incorrectguesses+=1

import random

def selectword():
    return random.choice(simple_words)

simple_words = [
"apple", "bread", "chair", "dance", "eagle", "floor", "grape", "house", "ivory", "juice",
"knife", "lemon", "money", "nurse", "ocean", "pizza", "queen", "river", "spoon", "table",
"umbra", "voice", "water", "zebra", "angel", "block", "cloud", "drink", "earth", "fruit",
"grass", "happy", "inbox", "jelly", "kitty", "laugh", "mango", "night", "onion", "plant",
"quiet", "roast", "shell", "train", "unity", "vivid", "whale", "xyloh", "young", "zebra",
"smile", "brush", "clock", "dream", "fairy", "ghost", "horse", "inlet", "jolly", "kneel",
"light", "magic", "novel", "olive", "peach", "quilt", "razor", "scoop", "teach", "uncle",
"visit", "watch", "yearn", "zebra", "alert", "bacon", "color", "dance", "enter", "frost",
"glove", "honey", "ideal", "joint", "knock", "limit", "music", "never", "outer", "prime",
"quiet", "round", "sleep", "tasty", "under", "voter", "world", "xerox", "yield", "zooms"
]
list = [1, 4, 5, 2, 7, 9, 12, 3]
random_element = selectword()

guesses = 5
print (random_element)
guess = input("guess the letter ")



if guess in random_element:
    print("guess correctly")
else:
    print("guess incorrectly")

#print(selectword())

#print(selectword())

Gabrielle

import random

def selectword ():
    return random.choice(four_letter_words)

four_letter_words = [
"Ball", "Bark", "Base", "Bath", "Bear", "Bell", "Belt", "Bend", "Best", "Bird",
"Book", "Boot", "Cake", "Call", "Camp", "Card", "Cart", "Chat", "Chip", "Clap",
"Clip", "Club", "Cold", "Cook", "Cool", "Corn", "Crab", "Dark", "Dash", "Desk",
"Dive", "Doll", "Door", "Down", "Draw", "Drop", "Duck", "Dust", "Earn", "Edge",
"Face", "Fall", "Farm", "Fast", "Feed", "Find", "Fire", "Fish", "Flat", "Flip",
"Fold", "Food", "Foot", "Fork", "Frog", "Full", "Game", "Gift", "Girl", "Good",
"Grab", "Hand", "Hard", "Hate", "Have", "Head", "Hear", "Help", "Hill", "Hold",
"Home", "Hope", "Jump", "Kick", "King", "Lamp", "Land", "Left", "Life", "Lift",
"Line", "Lion", "Lock", "Look", "Love", "Make", "Mark", "Meal", "Meet", "Milk",
"Move", "Neck", "Open", "Park", "Play", "Read", "Ride", "Ring", "Road", "Rock"
]
random_element =selectword().lower()
#print( selectword ())
print(f"The randomly chosen word is : {random_element}")
guesse = 10
#print (random_element)
guesse=input("Guesse a letter that might be in the word ")



if guesse in random_element:
    print("guesse correctly")
else:
    print("guesse incorrectly")

Sharice Pierre

import random

def select (simple_words):
    return random.choice(simple_words)
print(f"simple_words")

simple_words = ["apple", "basic", "cloud", "dance", "flute", "fruit", "grape", "image", "knife", "lemon", "mouse", "paste", "queen", "ratio", "scene", "space", "taste", "unite", "virus", "water", "bread", "chair", "diner", "ember", "fence", "games", "heart", "image", "judge", "knead", "laugh", "mouse", "nurse", "ocean", "paste", "queen", "ratio", "scene", "sense", "space", "speed", "spell", "sport", "steam", "style", "table", "taste", "timer", "touch", "tower", "train", "trust", "truth", "usage", "vault", "verse", "watch", "water", "waves", "whale", "wheel", "where", "which", "while", "white", "whole", "whose", "woman", "women", "world", "worth", "would", "write", "wrong", "year", "yield", "youth", "zest", "zips", "zones", "alive", "angel", "blood", "board", "brain", "cards", "carry", "cells", "chart", "chief", "class", "clone", "clubs", "coach", "craft", "crave", "crazy", "cross", "crowd", "crush", "dance"]
wrong_guesses =0
max_wrong_guesses =6
#print(simple_words[53])

random_item = select(simple_words)
print(random_item)
list = " _ " * len(random_item)

list = list.split()
print(list)

while wrong_guesses < max_wrong_guesses:
    i+= 1
    if wrong_guesses == 3:
        continue
    print(i)
    guess=input('guess letter:')

    if guess in random_item:
        print("Guess correct")
    else:
        print("Guess incorrect")

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