Python Print the attributes of the InventoryTag object red_sweater. Sample output for the given program with inputs: 314 500 ID: 314 Qty: 500   lass InventoryTag: def __init__(self): self.item_id = 0 self.quantity_remaining = 0 red_sweater = InventoryTag() red_sweater.item_id = int(input()) red_sweater.quantity_remaining = int(input()) def split_check(check_amount

in java Assign courseStudent's name with Smith, age with 20, and ID with 9999. Use the printAll() member method and a separate println() statement to output courseStudent's data. Sample output from the given program:Name: Smith, Age: 20, ID: 9999 Learn how our autograder works 528040.3489652.qx3zqy7 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46     idNum=studentId; }   publicintgetID() { returnidNum; } } // ===== end =====   // ===== Code from file StudentDerivationFromPerson.java ===== public class StudentDerivationFromPerson { publicstaticvoidmain(String[] args) { StudentcourseStudent=newStudent();   /* Your solution goes here */   } } // ===== end =====

Print the attributes of the InventoryTag object red_sweater.Sample output for the given program with inputs: 314 500ID: 314 Qty: 500

A shuttle van picks up passengers and drives them to a destination, where they leave the van. Keep a count of the boarding passengers, but don't allow boarding if the van is full. Update the odometer when the van drives. Van.java 1 /** This class models a shuttle van. */ 4 public class Van // Instance variables /** Constructs a van with a given capacity. @param maxPassengers the maximum number of passengers that this van can hold */ public Van(int maxPassengers) { 10 11 12 13 14 15 16 17 18 19 20 21 55 } /** Boards passengers up to the capacity of this van. @param boardingPassengers the number of passengers attempting to board */ public void board(int boardingPassengers) { 25 26 27 28 } /** Drives the van and discharges the passengers. @param distance the distance driven */ public void drive(double distance) { } 38 40 41 42 43 /** Gets the number of passengers in this van. @return the number of passengers */ public int getPassengers() { 44 45 46 47 48 49 50 51 /** Gets the number of…

I need help fixing a python code, so that it can display the output in the image below. : class Car:     def __init__(self):        self.model_year = 0        self.purchase_price = 0        self.current_value = 0     def calc_current_value(self, current_year):         depreciation_rate = 0.15         car_age = current_year - self.model_year         self.current_value = round(self.purchase_price * (1 - depreciation_rate) ** car_age)        def print_info(self):       print("Car's information:")        print("  Model year:","$", self.model_year)       print("  Purchase price:", self.purchase_price)       print("  Current value:", self.current_value) #main Programif __name__ == "__main__":     car1 = Car()        model_year = int(input())     purchase_price = int(input())    current_year = int(input())     car1.model_year = model_year    car1.purchase_price = purchase_price     car1.calc_current_value(current_year)     car1.print_info()

My Python code has an attribute error wherein 'Car' has no attribute 'accelerate' attached to it, but it is clearly defined in my code. Can you help please? My code is below.   class Car:    def __init__(self, model_year, make):        self.__model_year = model_year        self.__make = make        self.__speed = 0         def accelerate(self):            self.__speed += 3         def brake(self):            self.__speed -= 3         def get_speed(self):            return self.__speed # Make Car object my_subaru = Car(2015, "Subaru Forester") # Accelerate car 5x and show speed after each acceleration for _ in range(5):    my_subaru.accelerate()    the_speed = my_subaru.get_speed()    print(f"Current Speed is: {the_speed} mph.") # Brake the car 5x and show speed after each brake for _ in range(5):    my_subaru.brake()    the_speed = my_subaru.get_speed()    print(f"Current Speed is: {the_speed} mph.")