Task 6 Implement the design of the Laptop class so that the following output is produced [You are not allowed to change the code below] # Write your code here Оutput Lenovo 5 Dell 7 Total number of Laptops 12 Laptops are portable Total number of Laptops 0 lenovo = Laptop("Lenovo", 5); |dell = Laptop("Dell", 7); print(lenovo.name, lenovo.count) print(dell.name, dell.count) print("Total number of Laptops", Laptop.laptopCount) Laptop.advantage() Laptop.resetCount() print("Total number of Laptops", Laptop.laptopCount)

Task 6 Implement the design of the Laptop class so that the following output is produced [You are not allowed to change the code below] # Write your code here Оutput Lenovo 5 Dell 7 Total number of Laptops 12 Laptops are portable Total number of Laptops 0 lenovo = Laptop("Lenovo", 5); |dell = Laptop("Dell", 7); print(lenovo.name, lenovo.count) print(dell.name, dell.count) print("Total number of Laptops", Laptop.laptopCount) Laptop.advantage() Laptop.resetCount() print("Total number of Laptops", Laptop.laptopCount)

EBK JAVA PROGRAMMING

8th Edition

ISBN:9781305480537

Author:FARRELL

Publisher:FARRELL

Chapter2: Using Data

Section: Chapter Questions

Problem 9PE

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Implement the design of the Bird class so that the following output is produced: # Write your codes here.print(“No.of Bird=”, Bird.count)ostrich = Bird('Ostrich')duck = Bird("Duck", True)owl = Bird('Owl', True)print(“###########################”)ostrich.fly()duck.fly()owl.fly()duck.setType('Water Birds')owl.setType('Birds of Prey')print(“=========================”)ostrich.printDetail()print(“=========================”)duck.printDetail()print(“=========================”)owl.printDetail()print(“=========================”)print(“No.of Bird=”, Bird.count) Output:No.of Bird= 0###########################Ostrich can not flyDuck can flyOwl can fly===========================Name: OstrichType: Flightless Birds=========================== Name: DuckType: Water Birds===========================Name: OwlType: Birds of Prey===========================No.of Bird= 3
Implement the design of the Purchaser and AarongProducts classes so that the following code generates the output below: #Write your code here p1 = Purchaser('Alex Light') print('1.===============================') print(p1) product1 = AarongProducts('Decor', 'Photo-Frame') print('2.===============================') print(product1) print('3.===============================') print(AarongProducts.products) print('4.===============================') AarongProducts.include_products('Souvenirs',['Brass-Flowervase 2170', 'Terracotta-Vase 3500']) print(f'Updated Item List:\n{AarongProducts.products}') print('5.===============================') product2 = AarongProducts('Souvenirs', 'Terracotta-Vase', 2) print(product2) print('6.===============================') p1.create_invoice(product1, product2) print('7.===============================') product3 = AarongProducts('Decor', 'Candles', 5) print(product3) print('8.===============================') product4 = AarongProducts('Souvenirs', 'Brass…
public class BackAccount{public double Balance { set; get; }public void Deposit(double amount){Balance = Balance + amount;} }Transaction FeesTransaction TypeDeposit Withdrawal Check BalanceAmount0.25 % of the deposit amount 0.5 % of the withdrawal amount FreeUsing the code snippet above, complete the bank account functionality by adding Withdraw and CheckBalance methods. In your definition for the Withdraw method, check if the account has sufficient funds before making a withdrawal. Apply transaction fees as per the table above:
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Implement the design of the Ironman and DoctorStrange class derived from Avengers class so that the following code generates the output below: class Avengers: numberOfAvengers = 0 def __init__(self, name = None): self.name = name print('Welcome to Multiverse!') if self.name == None: print('Who is your favourite Super Hero?') else: print(f'{self.name} is your favourite Super Hero!') def hasSuperPower(self): print('All Avengers have super powers.') def fightThanos(self): return 'No avenger can fight Thanos' #Write your code here #------------------------------------------------------------------------------------- print('1.===============================') print('Number of Avengers:', Avengers.numberOfAvengers) print('2.===============================') a1 = Avengers() print('3.===============================') a1.hasSuperPower() print('4.===============================') print(a1.fightThanos()) print('5.===============================') im1 = Ironman('Tony Stark')…
Question: 2 Implement the design of the Purchaser and AarongProducts classes so that the following code generates the output below: #Write your code here p1 = Purchaser('Alex Light') print('1.===============================') print(p1) product1 = AarongProducts('Decor', 'Photo-Frame') print('2.===============================') print(product1) print('3.===============================') print(AarongProducts.products) print('4.===============================') AarongProducts.include_products('Souvenirs',['Brass-Flowervase 2170', 'Terracotta-Vase 3500']) print(f'Updated Item List:\n{AarongProducts.products}') print('5.===============================') product2 = AarongProducts('Souvenirs', 'Terracotta-Vase', 2) print(product2) print('6.===============================') p1.create_invoice(product1, product2) print('7.===============================') product3 = AarongProducts('Decor', 'Candles', 5) print(product3) print('8.===============================') product4 =…
1. Write a class to calculate the distance between two massive objects using using Newton's law of universal gravitation. Use it to determine the distance between the Earth and the Moon in kilometres. Then use it to determine the distance between the Earth and the Sun in kilometres. ?=??1?2?2F=Gm1m2r2 You may find the following values useful: Gravitational Constant: ?=6.674×10−11 m3kg−1s−2G=6.674×10−11 m3kg−1s−2 Mass of the Earth: ?⊕=5.972×1024 kgM⊕=5.972×1024 kg Mass of the Moon: ?=7.348×1022 kgm=7.348×1022 kg Mass of the Sun: ?⊙=1.989×1030 kgM⊙=1.989×1030 kg Force of attraction between the Earth and the Moon: ?=1.986×1020 NF=1.986×1020 N Force of attraction between the Earth and the Sun: ?=3.6×1022 NF=3.6×1022 N Please give proper explanation and typed answer only.
????????: Implement the design of the Pizza class so that the following output is produced: [Your code should work for any number of parameters added in the set_toppings_info method] # Write your codes here. print("Pizza Count:", Pizza.pizza_count) print("=======================") p1 = Pizza("Chicken") p1.set_toppings_info(25, 1, 4, 0) p1.display() print("------------------------------------") p2 = Pizza("Olives") p2.set_toppings_info(15, 1.5, 0, 0) p2.display() print("------------------------------------") p3 = Pizza("Sausage") p3.set_toppings_info(50, 5, 2, 0) p3.display() print("=======================") print("Pizza Count:", Pizza.pizza_count) Output: Pizza Count: 0 ======================= Toppings: Chicken 25 calories 1 g fat 4 g protein 0 g carbs ------------------------------------ Toppings: Olives 15 calories 1.5 g fat 0 g protein 0 g carbs ------------------------------------ Toppings: Sausage 50 calories 5 g fat 2 g protein 0 g carbs ======================= Pizza…
The Huntington Boys and Girls Club is conducting a fundraiser by selling chili dinners to go. The price is $7 for an adult meal and $4 for a child’s meal. Write a class that accepts the number of each type of meal ordered and display the total money collected for adult meals, children’s meals, and all meals. Save the class as ChiliToGo.java.
Implement the design of the Travel class in python so that the following output is produced: You are not allowed to change the code below # Write your code hereprint(“No. of Traveller =”, Travel.count)print("=======================")t1 = Travel("Dhaka","India")print(t1.display_travel_info())print("=======================")t2 = Travel("Kuala Lampur","Dhaka")t2.set_time(23)print(t2.display_travel_info())print("=======================")t3 = Travel("Dhaka","New_Zealand")t3.set_time(15)t3.set_destination("Germany")print(t3.display_travel_info())print("=======================")t4 = Travel("Dhaka","India")t4.set_time(9)t4.set_source("Malaysia")t4.set_destination("Canada")print(t4.display_travel_info())print("=======================")print(“No. of Traveller =”, Travel.count) output: No. of Traveller = 0=======================Source: DhakaDestination:IndiaFlight Time:1:00=======================Source: Kuala LampurDestination:DhakaFlight Time:23:00=======================Source:…