The following code shows the definition for the class Pizza….

The following code shows the definition for the class Pizza. This class has multiple functions, including some functions that use @staticmethod and @classmethod decorators. However, some lines contain syntax or logical errors. Identify ALL line numbers that contain errors and briefly explain what is wrong with each line   1.  class Pizza:2.      menu_items = []3.      total_orders = 04.      5.      def __init__(self, size, toppings):6.          self.size = size7.          self.toppings = toppings8.      9.      @staticmethod10.     def calculate_price(self, size):11.         prices = {“small”: 8, “medium”: 12, “large”: 16}12.         return prices.get(size, 0)13.     14.     @classmethod15.     def add_to_menu(name, price):16.         cls.menu_items.append({“name”: name, “price”: price})17.     18.     @classmethod19.     def get_total_orders(cls):20.         return self.total_orders21.     22.     @staticmethod23.     def is_valid_size(size):24.         return size in [“small”, “medium”, “large”]25. 26. pizza1 = Pizza(“large”, [“pepperoni”, “cheese”])27. print(Pizza.calculate_price(“medium”))28. Pizza.add_to_menu(“Margherita”, 10)

The following code contains definitions for classes Device a…

The following code contains definitions for classes Device and Speaker. In this code, the Speaker class is the child of the Device class, and uses inheritance techniques in its implementation. However, the implementation has logical or syntax errors. Identify ALL line numbers that contain errors and briefly explain what is wrong with each line. 1.  class Device:2.      def __init__(self, name):3.          self.name = name4.     5.      def make_sound():6.          print(“Some generic sound”)7. 8.  class Speaker(Device):9.      def __init__(self, name, breed):10.         super().__init__(self, name)11.         self.breed = breed12.     13.     def make_sound(music_name):14.         super.make_sound()15.         print(f”Music started: {music_name}”)16. 17. my_speaker = Speaker(“Buddy”, “Golden Retriever”)18. my_speaker.make_sound(“Never Gonna Give You Up”)

A major pharmaceutical company, facing potential regulatory…

A major pharmaceutical company, facing potential regulatory changes that would lower drug prices, funds a public relations campaign. This campaign uses a shell organization to pay individuals to attend town hall meetings, write letters to the editor using provided templates, and create social media groups claiming to be a “grassroots patient advocacy coalition.” This strategy, intended to deceptively create the appearance of widespread public support for the pharmaceutical company’s position, is best known as:

Below is the definition of the Worker class: class Worker: …

Below is the definition of the Worker class: class Worker:    def __init__(self, name, salary, hours):        self.name = name       self.salary = salary       self.hours = hours        def calculate_pay(self):       return self.salary*self.hours Given the following class definition, which of the following is the correct way to create an instance of the Worker class and call the calculate_pay() method?

The Supreme Court’s decision in Brandenburg v. Ohio (1969) e…

The Supreme Court’s decision in Brandenburg v. Ohio (1969) established the “Direct Incitement Test,” which significantly expanded the protection of political speech under the First Amendment. Under this test, the government can only punish speech that advocates for illegal activity if it meets which two essential criteria?

The following code validates and categorizes temperature inp…

The following code validates and categorizes temperature inputs using exception handling. The program includes two functions: validate_temperature() checks if a temperature is above absolute zero (-273°C), and check_temperature_range() categorizes the temperature as too cold, below freezing, or above freezing. What is the output when the user inputs -30? def validate_temperature(temp):    if temp < -273:        raise ValueError("Temperature cannot be below absolute zero")    return "Valid temperature recorded"def check_temperature_range(temp):    if temp < -50:        raise ValueError("Temperature too cold for measurement")    elif temp < 0:        return "Below freezing"    else:        return "Above freezing"try:    user_input = int(input("Enter temperature in Celsius: "))    result1 = validate_temperature(user_input)    result2 = check_temperature_range(user_input)    print(f"Validation: {result1}, Range: {result2}")except ValueError as e:    print(f"Error: {e}")except Exception:    print("Error: An unknown error occurred")