Integer Division
Situation: Suppose you're developing a program that distributes a certain number of cookies among a group of children, and you want to find out how many cookies each child will get without keeping any fractions. For example, if you have 25 cookies and want to share them among 4 children, you would use integer division.
Line of Code:
cookies_per_child = 25 // 4 # This results in 6 cookies per child
Modulus Division
Situation: Let's say you want to determine whether a number is even or odd. You would use modulus division to find the remainder when dividing by 2. If the number has a remainder of 0, it is even; otherwise, it is odd.
Line of Code:
is_even = (number % 2 == 0) # This will be True if the number is even
Cooking Mystery Game Code
Here's how you might implement the simple narrative described:
user_choice = input("Choose an action: 'preheat the oven' or 'chop vegetables': ")
if user_choice == "preheat the oven":
print("The oven is broken.")
elif user_choice == "chop vegetables":
print("The knife is missing.")
else:
print("Invalid choice.")
Three Lines of Code using a Sequence
print("You enter the kitchen and are greeted by the smell of fresh ingredients.")
print("You hear a strange noise coming from the pantry.")
print("The kitchen is filled with colorful vegetables and fragrant herbs.")
Will the Output for Each of These Print Statements Be the Same?
Answer: No, the output for each of these print statements will not be the same. Each print statement contains a unique string message that describes different aspects of the scenario. When executed sequentially, each call to print
will result in a different line being printed to the console, conveying varied information to the player about the game environment.