Part 1 For Part 1 of the assignment, I’ve created a function called print_circum that calculates the circumference of a circle given its radius. Here’s the code and the outputs from calling the function with three different radius values: def print_circum(radius): pi = 3.14159 circumference = 2 * pi * radius print(f"The circumference of a circle with radius radius is circumference:.2f")
print_circum(5) # Output: The circumference of a circle with radius 5 is 31.42 print_circum(7) # Output: The circumference of a circle with radius 7 is 43.98 print_circum(10) …show more content…
I then call this function with three different radius values: 5, 7, and 10. The function prints the calculated circumference for each of these radius values.
In Part 2, I developed a function to calculate the price for a customer based on whether they purchased individual items, a combo pack, or a gift pack. The function applies discounts accordingly. Here’s the function and its output: def calculate_price(items): prices = 'T-shirt': 200.0, 'Sneaker': 400.0, 'Winter Jacket': 600.0 total_price = sum(prices[item] for item in items) discount = 0 total_price = sum(prices[item] for item in items) discount
if len(items) == 2: discount = total_price * 0.10 # 10% discount for two unique items elif len(items) == 3: discount = total_price * 0.25 # 25% discount for a gift …show more content…
In the second part, I’ve created a function called calculate_price that takes a list of items as an argument. The function calculates the total price of the items, applies a discount based on the number of items, and then prints the total price, discount, and final price. I’ve used a dictionary to store the prices of the items, and I’ve replaced the generic “Item1”, “Item2”, and “Item3” with real products: a T-shirt, a sneaker, and a winter jacket. I then call this function with two different sets of items to demonstrate how the function works.
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