In Python 3, create a parent class named Machine and a child class named PollMachine. Have methods to clear the machine state, to agree or disagree with 3 polling questions of your choice, get tallies of all the agrees and disagrees for each answer, and display the results once the poll is ended (these methods can go in whichever class). Keep asking users to enter answers until the user ends the program. The program should use inheritance, so there should be a parent class and a child class.

Write a code using abstract data types, classes, and inheritance methods as in the example below. Do not use the car class exemplified, but think of any similar use of such a class and adapt it to your idea. Make sure to follow all the requirements set below: Creating the Car Class Motorvehicles Solutions, Inc. is a business that sells cars and leasing services. You are a programmer in the company's IT department, and your team is designing a program to manage all of the cars that are in the inventory. You have been asked to design a class that represents a car. The data that should be kept as attributes in the class are as follows: The name of the car's manufacturer will be assigned to the __manufact attribute.  The car's model number will be assigned to the __model attribute The car's retail price will be assigned to the __retail_price attribute The car's leasing price will be assigned to the __leasing_price attribute The class will also have the following methods: An __init__…

No written by hand solution Must be coded in Java.

C++ Programming. Create a "Stool' class. Fields: height (h, cm), product quality (low, medium, high). Specify two virtual methods: The "Wood amount" method determines the amount of wood that goes into the stool: 4 • h + 12 if the product quality is low, 5 • h + 14 if the quality is average or high. "Price" method is equal to d • 2 for low quality, d • 3 for medium quality, d • 4 for high quality, where d is the amount of wood required for the object. Also write an "Information" method that prints information about the object: Height, Material Quality, Wood Quantity, and Price. Also create an inheritance class "Chair". Additional area: back height (h2, cm). In the reloaded "Amount of Wood" method, the amount of wood is calculated using the formula d + 2 • h2 + 5.