Given the following data set in the below table, predict the class for the following:• Give birth: yes• Can Fly: no• Live in Water: yes• Have legs: noNamehumanpythonsalmonwhalefrogkomodoGive Birthyesnonoyesnonobatpigeoncatyesleopard shark yesturtlenonopenguinporcupine yesnoeelsalamander nogila monster noplatypusnonoyesnoowldolphineagleyesnoCan FlynonononononoyesyesnononononononononoyesnoyesLive in Water Have Legsnonoyesyesnonosometimes yesyesyesyesyesnononononoyesyesnosometimes yessometimes yesyesnosometimes yesyesyesyesnoyesnoyesnononoyesnoClassmammalsnon-mammalsnon-mammalsmammalsnon-mammalsnon-mammalsmammalsnon-mammalsmammalsnon-mammalsnon-mammalsnon-mammalsmammalsnon-mammalsnon-mammalsnon-mammalsmammalsnon-mammalsmammalsnon-mammals

Answer: We need to know the what will be the class for the given information so we will see in the…

Given the following data set in the below table, predict the class for the following: • Give birth: yes • Can Fly: no • Live in Water: yes • Have legs: no Name human python salmon whale frog komodo bat pigeon cat Give Birth Can Fly Live in Water Have Legs yes no yes no no no no yes no no sometimes yes no yes yes yes no yes yes no sometimes yes sometimes yes yes leopard shark yes turtle no penguin no porcupine yes no eel salamander no gila monster no platypus no owl no dolphin yes eagle no no no no no no no yes yes no no no no no no no no no yes no yes no yes yes no no no no yes no yes yes no sometimes yes yes yes no no no yes no yes no yes Class mammals non-mammals non-mammals mammals non-mammals non-mammals mammals non-mammals mammals non-mammals non-mammals non-mammals mammals non-mammals non-mammals non-mammals mammals non-mammals mammals non-mammals

Given the following data set in the below table, predict the class for the following: • Give birth: yes • Can Fly: no • Live in Water: yes • Have legs: no Name human python salmon whale frog komodo bat pigeon cat Give Birth Can Fly Live in Water Have Legs yes no yes no no no no yes no no sometimes yes no yes yes yes no yes yes no sometimes yes sometimes yes yes leopard shark yes turtle no penguin no porcupine yes no eel salamander no gila monster no platypus no owl no dolphin yes eagle no no no no no no no yes yes no no no no no no no no no yes no yes no yes yes no no no no yes no yes yes no sometimes yes yes yes no no no yes no yes no yes Class mammals non-mammals non-mammals mammals non-mammals non-mammals mammals non-mammals mammals non-mammals non-mammals non-mammals mammals non-mammals non-mammals non-mammals mammals non-mammals mammals non-mammals

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter11: Advanced Inheritance Concepts

Section: Chapter Questions

Problem 3PE

See similar textbooks

Similar questions

Implement the following class Employee. This class is composed by 4 attributes and 3 methods. 1) Create a class Employee containing: _init_( ) method to initialize the different attributes . Get EmployeeName method Get EmployeeSSN method . Get EmployeeDepartment method 2) Define the method main to create 4 employees and apply the different methods Employee # Name: # Social Security Number: # Department # Salary + + Get Employee Name() Get Employee Social Security Number() + Get Employee Department() 3
Wire is used in the following applications. For each application, prepare a list of wire characteristics that are relevant, (1) create class diagrams with attributes (2) create associate objects with values for each class. Use the following wire applications: Each wire application should have a separate diagram layout. a. Selecting wire for a transatlantic cable b. Designing the electrical system for an airplane c. Hanging a bird feeder from a tree d. Designing a piano e. Designing the filament for a light bulb
Define a Course base class with attributes number and title. Define a print_info() method that displays the course number and title. Also define a derived class OfferedCourse with the additional attributes instructor_name, term, and class_time. Ex: If the input is: ECE287 Digital Systems Design ECE387 Embedded Systems Design Mark Patterson Fall 2018 WF: 2-3:30 pm the output is: Course Information: Course Number: ECE287 Course Title: Digital Systems Design Course Information: Course Number: ECE387 Course Title: Embedded Systems Design Instructor Name: Mark Patterson Term: Fall 2018 Class Time: WF: 2-3:30 pm python code used in this coding: class Course: # TODO: Define constructor with attributes: number, title # TODO: Define print_info() class OfferedCourse(Course): # TODO: Define constructor with attributes: # number, title, instructor_name, term, class_time if __name__ == "__main__": course_number = input()…
Define a Course base class with attributes number and title. Define a print_info() method that displays the course number and title. Also define a derived class OfferedCourse with the additional attributes instructor_name, term, and class_time. Ex: If the input is: ECE287 Digital Systems Design ECE387 Embedded Systems Design Mark Patterson Fall 2018 WF: 2-3:30 pm the output is: Course Information: Course Number: ECE287 Course Title: Digital Systems Design Course Information: Course Number: ECE387 Course Title: Embedded Systems Design Instructor Name: Mark Patterson Term: Fall 2018 Class Time: WF: 2-3:30 pm
Define a Course base class with attributes number and title. Define a print_info() method that displays the course number and title. Also define a derived class OfferedCourse with the additional attributes instructor_name, term, and class_time. Ex: If the input is: ECE287 Digital Systems Design ECE387 Embedded Systems Design Mark Patterson Fall 2018 WF: 2-3:30 pm the output is: Course Information: Course Number: ECE287 Course Title: Digital Systems Design Course Information: Course Number: ECE387 Course Title: Embedded Systems Design Instructor Name: Mark Patterson Term: Fall 2018 Class Time: WF: 2-3:30 pm Note: Indentations use 3 spaces. Original Code: class Course:# TODO: Define constructor with attributes: number, title # TODO: Define print_info() class OfferedCourse(Course):# TODO: Define constructor with attributes: # number, title, instructor_name, term, class_time if __name__ == "__main__":course_number = input()course_title = input() o_course_number = input()o_course_title =…
The Point2D should store an x and y coordinate pair, and will be used to build a new class via class composition. A Point2D has a x and a y, while a LineSegment has a start point and an end point (both of which are represented as Point2Ds). class Invariants The start and end points of a line segment should never be null Initialize these to the origin instead. Data A LineSegment has a start point This is a Point2D object All data will be private A LineSegment also has an end point. Also a Point2D object Methods Create getters and setters for your start and end points public Point2D getStartPoint() { public void setStartPoint(Point2D start) { Create a toString() function to build a string composed of the startPoint’s toString() and endPoint’s toString() Should look like “Line start(0,0) and end(1,1)” Create an equals method that determines if two LineSegments are equal public boolean equals(Object other) { if(other == null || !(other instanceof LineSegment)) return…
There should be an example class diagram.
Program the employee class as indicated in the diagramYour company has 7 employees and you would like1. Capture the data of each employee2. Show the data of each employee3. Show the data of a particular employee4. Calculate and display the average salary5. Calculate and display the name of the employee with the highest salary6. Calculate and display the name of the employee with the lowest salary7. Calculate and show the total payment you will make for all your employees
Using polymorphism and object-oriented programming Design an Elevator simulation. The simulation have 4 different types of elevators and passengers. There are 4 types of passengers in the system:Standard: This is the most common type of passenger and has a request percentage of 70%. Standard passengers have no special requirements.VIP: This type of passenger has a request percentage of 10%. VIP passengers are given priority and are more likely to be picked up by express elevators.Freight: This type of passenger has a request percentage of 15%. Freight passengers have large items that need to be transported and are more likely to be picked up by freight elevators.Glass: This type of passenger has a request percentage of 5%. Glass passengers have fragile items that need to be transported and are more likely to be picked up by glass elevators. There are 4 types of elevators in the system:StandardElevator: This is the most common type of elevator and has a request percentage of 70%.…
A class can be instantiated if it has abstract methods but not inherit from abc.ABC Select one O True O False
PLEASE ANSWER ALL QUESTIONS ON THE NEXT PAGE: class bookType { public: void setBookTitle(string s); //sets the bookTitle to s void setBookISBN(string ISBN); //sets the private member bookISBN to the parameter void setBookPrice(double cost); //sets the private member bookPrice to cost void setCopiesInStock(int noOfCopies); //sets the private member copiesInStock to noOfCopies void printInfo() const; //prints the bookTitle, bookISBN, the bookPrice and the copiesInStock string getBookISBN() const; //returns the bookISBN double getBookPrice() const; //returns the bookPrice int showQuantityInStock() const; //returns the quantity in stock void updateQuantity(int addBooks); //adds addBooks to the quantityInStock, so that the quantity in stock now has it original // value plus the parameter sent to this function private: string…
class Widget: """A class representing a simple Widget === Instance Attributes (the attributes of this class and their types) === name: the name of this Widget (str) cost: the cost of this Widget (int); cost >= 0 === Sample Usage (to help you understand how this class would be used) === >>> my_widget = Widget('Puzzle', 15) >>> my_widget.name 'Puzzle' >>> my_widget.cost 15 >>> my_widget.is_cheap() False >>> your_widget = Widget("Rubik's Cube", 6) >>> your_widget.name "Rubik's Cube" >>> your_widget.cost 6 >>> your_widget.is_cheap() True """ # Add your methods here if __name__ == '__main__': import doctest # Uncomment the line below if you prefer to test your examples with doctest # doctest.testmod()