Scores Class Write a class named Scores which should have the following attribute: • _scores (a list to hold test scores, 0 - 100. Initially empty.) The Scores class should have an_init__method that creates the scores attribute. It should also have the following methods: • add_score: this method adds a score to the __scores list. It accepts a single score as it's' only argument. • get_average: this method accepts no arguments. If scores is empty, this method returns -1. Otherwise, it returns the average of all scores inscores. • get_high_score: this method accepts no arguments. if_scores is empty, this method returns -1. Otherwise, it returns the highest score in _scores. • get_low_score: this method accepts no arguments. ifscores is empty, this method returns -1. Otherwise, it returns the lowest score in scores. • -str_ This method returns a string similar to the following (assuming the scores contains 89, 77, 93): < 89 77 93 > Once you have written the class, write a program that creates an object of the class and prompts the user to enter a series of test scores. This data should be stored as the object's attribute. Use the object's accessor methods to retrieve the high score, low score, average, and stored scores and display this data on the screen. None of the methods interact with the user in any way. Format the average to 2 decimal places of precision. A 20-Point Sample Run: Enter a test score, -1 to quit: 87 Enter a test score, -1 to quit: 95 Enter a test score, -1 to quit: 66 Enter a test score, -1 to quit: -1 High Score: 95.0 Low Score: 66.0 Average Score: 82.67 Scores: < 87.0 95.0 66.0 > Hints: • Write one method at a time. • Don't forget each method requires the self attribute, even if it isn't supposed to accept any arguments.

StockList Class • This class will contain the methods necessary to display various information about the stock data. • This class shall be a subclass of ArrayList. • This class shall not contain any data fields. (You don't need them for this class if done correctly). • This class shall have a default constructor with no parameters. o No other constructors are allowed. • This class shall have the following public, non-static, methods: • printAllStocks: This method shall take no parameters and return nothing. ▪ This method should print each stock in the StockList to an output file. ▪ NOTE: This method shall NOT print the data to the console. The output file shall be called all_stock_data.txt. The data should be printed in a nice and easy to read format. o displayFirstTenStocks: This method shall take no parameters and return nothing. ▪ This method should display only the first 10 stocks in the StockList in a nice and easy to read format. ▪ This method should display the data in the…

Car Class Project The car classwill havethe following attributes: •year: an integer that holds the car's model year •model: a string that holds the make of the car •make: a string that holds the model of the car •speed: an integer that holds the car's current speed Your class should contain thefollowing: A docstring that briefly describes the class and lists the attributes. The docstring will serve as the documentation for your class. •A constructor (__init__ method) that takes the car's year model and make as optional arguments. The constructor will set the value of the speed attribute to 0.•An __str__ method that returns the car's year model and makein a string. •To test your class, create acar object and use the print function to verify that the constructor and __str__ methodsare working correctly. •An accessor method which returns the value stored in the speed instance variable. Call this method getSpeed(). •A modifier method called accelerate() which adds 5 to the speed variable…

class Book: book_belongs_to = 'Schulich School of Engineering' def _init_(self, pages = 0, title = 'Unknown', author = 'Unknown', isbn = self.pages = pages self.title = title e): self.author = author self.isbn = isbn book1 = Book(255, 'Black Beauty', 'Anna Sewell', 9780001840423) book2 = Book(208, 'The Chrysalids', 'John Wyndham', 9780140013085) Book.book_belongs_to = 'Emily Marasco' book3 = Book()

N-SIDED REGULAR POLYGON) In an n-sided regular polygon, all sides have the same length and all angles have the same degree (i.e., the polygon is both equilateral and equiangular). Design a class named RegularPolygon that contains: ▪ A private int data field named n that defines the number of sides in the polygon with default value 3. ▪ A private double data field named side that stores the length of the side with default value 1. A private double data field named x that defines the x-coordinate of the polygon's center with default value 0. ▪ A private double data field named y that defines the y-coordinate of the polygon's center with default value 0. A no-arg constructor that creates a regular polygon with default values. A constructor that creates a regular polygon with the specified number of sides and length of side, centered at (0, 0). A constructor that creates a regular polygon with the specified number of sides, length of side, and x- and y-coordinates. ▪ The accessor and…

Dice Rolling Class In this problem, you will need to create a program that simulates rolling dice. To start this project, you will first need to define the properties and behaviors of a single die that can be reused multiple times in your future code. This will be done by creating a Dice class. Create a Dice class that contains the following members: Two private integer variables to store the minimum and maximum roll possible. Two constructors that initialize the data members that store the min/max possible values of rolls. a constructor with default min/max values. a constructor that takes 2 input arguments corresponding to the min and max roll values Create a roll() function that returns a random number that is uniformly distributed between the minimum and maximum possible roll values. Create a small test program that asks the user to give a minValue and maxValue for a die, construct a single object of the Dice class with the constructor that initializes the min and max…

Personal Information Class:  Design a class called Employee that holds the following data about an employee: name ID number Department Job Title   Class.   Store your class in a separate file called employee.py. Your class will have an initializer method that will be passed the information entered by the user as arguments.  Write appropriate accessor and mutator methods for each data attribute.   Write a __str__ method to print the contents of the class (see example of __str__ on p. 523).  Main program: Your main program should create three instances of the class.   Your program should get the information from the user and pass it as parameters to the initializer method.    Using the __str__ method invoked by the print function, the program should display the personal information for the three individuals. Output and Sample Dialog: Enter employee name: Mary Smith Enter employee ID:  123456 Enter department: Accounting Enter position: Accountant   Enter employee name: Joe Morales Enter…