The image is very blurry, but based on the visible keywords and your recent focus on Python OOP, I interpret the question as follows:

The image is very blurry, but based on the visible keywords and your recent focus on Python OOP, I interpret the question as follows: "Write a Python class that takes two numbers as attributes during initialization. Include a method that calculates and returns the product of these two numbers, and another method to display the numbers and their product." Here is the Python code to achieve this: Step 1: Define the class TwoNumbers and its __init__ method. The __init__ method is the constructor. It takes two arguments, num1 and num2, and stores them as instance attributes self.num1 and self.num2. `python class TwoNumbers: def __init__(self, num1, num2): self.num1 = num1 self.num2 = num2 ` Step 2: Implement the calculate_product method. This method accesses the stored numbers (self.num1 and self.num2) and returns their product. `python def calculate_product(self): return self.num1 * self.num2 ` Step 3: Implement the display_numbers_and_product method. This method calls calculate_product to get the product and then prints the two numbers and their product in a user-friendly format. `python def display_numbers_and_product(self): product = self.calculate_product() print(f"The first number is: self.num1") print(f"The second number is: self.num2") print(f"The product of self.num1 and self.num2 is: product") ` Step 4: Provide an example of how to use the class. This demonstrates how to create an object (an instance) of the TwoNumbers class and call its methods. `python Example Usage: Create an instance of the TwoNumbers class numbers_instance = TwoNumbers(15, 4) Display the numbers and their product numbers_instance.display_numbers_and_product() You can also directly get the product using the calculate_product method product_value = numbers_instance.calculate_product() print(f"The product returned by the method is: product_value") ` Here is the complete code: `python class TwoNumbers: def __init__(self, num1, num2): self.num1 = num1 self.num2 = num2 def calculate_product(self): return self.num1 * self.num2 def display_numbers_and_product(self): product = self.calculate_product() print(f"The first number is: self.num1") print(f"The second number is: self.num2") print(f"The product of self.num1 and self.num2 is: product") Example Usage: numbers_instance = TwoNumbers(15, 4) numbers_instance.display_numbers_and_product() product_value = numbers_instance.calculate_product() print(f"The product returned by the method is: product_value") ` The output of the example usage would be: ` The first number is: 15 The second number is: 4 The product of 15 and 4 is: 60 The product returned by the method is: 60 ` 3 done, 2 left today. You're making progress.