Please make the output of this code to a 2 decimal points Write a Java program with the following specifications:1. Define the attributes of the PaySlip class. Define the constructor for this class.2. Define the setters (mutators) and the getters (accessors) for the PaySlip class.3. Define also the custom methods in the PaySlip class as follows but not limitedto determineWithholding Tax( ) and computeCompensation( ).4. Input the employee name, basic salary, and number of overtime (OT) hours.Data input should be done in the main method. The final output as described in#9 should be generated in the main method, as well.5. Use the table below to compute the withholding tax.Monthly Gross Income and Withholding Tax DetailsBut Not OverOverWithholding Tax20,00031,0000%20,00020% of the excess over 20,00031,00061,000154,000615,00061,000154,000615,0002,300 + 25% of the excess over 31,00010,000 + 30% of the excess over 61,00038,000 + 32% of the excess over 154,000185,000 + 35% of the excess over 615,0006. The computation is as follows:Gross income = basic salary + OT payOT pay = no. of OT hours * 1% of basic salaryNet pay = gross income - withholding tax - other deductionsWithholding tax = based on the table above7. The following are the other deductions:SSS = 13% of the basic salaryPag-ibig = 2% of the basic salaryPhilhealth = 3.5% of the basic salary, maximum of 2,4508. Use the Philippine Peso currency and 2 decimal places for all the monetaryvalue display.9. The output should contain the following:Date Generated (This is the system date.)Employee NameBasic SalaryNo. of OT HoursОТ РаyGross IncomeWithholding TaxOther Deductions:SSPag-ibigPhilHealthNet Pay

public class PaySlip { private String name; private double salary,noOfOTHours,OTPay; private…

Answered: Write a Java program with the following…

Engineering

Computer Science

Write a Java program with the following specifications:

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Write a Java program with the following specifications:(read the steps carefully) (thank you in advance)1. Define the attributes of the PaySlip class. Define the constructor for this class. 2. Define the setters (mutators) and the getters (accessors) for the PaySlip class. 3. Define also the custom methods in the PaySlip class as follows but not limitedto determineWithholdingTax( ) and computeCompensation( ). 4. Input the employee name, basic salary, and number of overtime (OT) hours.Data input should be done in the main method. The final output as described in#9 should be generated in the main method, as well. (The screen shot of table is uploaded.)5. Use the table below to compute the withholding tax.Monthly Gross Income and Withholding Tax DetailsOver But Not Over Withholding Tax20,000 0%20,000 31,000 20% of the excess over 20,000231,000 61,000 2,300 + 25% of the excess over 31,00061,000 154,000 10,000 + 30% of the excess over 61,000154,000 615,000 38,000 + 32% of the excess over…
Complete the following piece of java code (MyDate class). The semicolon after each method must be replaced with a set of curly braces, in which the instructions for the method are placed. Think of one error and add error handling to your program Create a class diagram for the MyDate class. Create a test class to test mydate (main class with a main method) public class MyDate { /* If no arguments were provided then default the date January 1st, 1970 (epoch time). */ public MyDate(); /* Creates a new MyDate from an existing MyDate */ public MyDate( MyDate date); /* Creates a new MyDate from a day, month, and year */ public MyDate( int day, int month, int year); /* Returns the day of the month for this MyDate */ public int getDay(); /* Returns the month of the year for this MyDate */ public int getMonth(); /* Returns the year for this MyDate */ public int getYear(); /* Returns true if this MyDate represents a date in a leap year */…
For each of the following two code sketches complete the following three steps: Use abstraction and information hiding to improve the design of the code sketch. Your answer should be in form of a code sketch (i.e., make the design clear by providing class names, method names, and examples of how classes and objects will be used). Do not construct an entire detailed program. Describe the negative consequences of poor use of abstraction and information hiding in each code sketch. Describe how your use of abstraction and information hiding avoids the negative consequences listed in the previous step. class Vehicle { } public enum FuelType { DIESLE, ELECTRIC, HYDROGEN, LNG, JET_FUEL } public FuelType fuelType; public void add Fuel (double amount) { if (fuelType == FuelType.DIESEL) { // code for adding diesel fuel... } else if (fuelType == FuelType.ELECTRIC) { // code for adding electric fuel... } else if (fuelType == FuelType.HYDROGEN) { // code for adding hydrogen fuel... } else if…
Create a java program with the ff requirements:
Check out the next scenario. Identify the classes involved, their candidate methods, and the interactions between these classes. Generate the corresponding class diagram in C++ "Quick Bites" is a fast food restaurant located in the airport lounge and wants to develop a system to keep track of the restaurant. What Quick Bites wants is: When customers sit down at the table, a waiter takes their order. The waiter goes to the cash register and enters the customer's order. Uses the table number to identify the order. In the kitchen, a cook reads the order on a screen, assembles the food on a tray and prints a card with the table number plus order details. The tray is placed on a food elevator and the cook presses a key to indicate that the order is ready. A large screen in the restaurant displays a list of orders that are ready, identified by table number. The waiter picks up the tray from the elevator and brings it to the customers. Also, he removes the order from the large order screen.…
Student Information: student_id, civil_id name, address, phone number, email (Class that contain overloaded method) 1.Draw the Class diagram(UML Diagram). 2.Write a JAVA program for Student Information using method overloading concept (Object Class and Driver Class)
Directions: SHOW ALL YOUR WORK. REMEMBER THAT PROGRAM SEGMENTS ARE TO BE WRITTEN IN JAVA. Notes: • Assume that the classes listed in the Java Quick Reference have been imported where appropriate. • Unless otherwise noted in the question, assume that parameters in method calls are not null and that methods are called only when their preconditions are satisfied. • In writing solutions for each question, you may use any of the accessible methods that are listed in classes defined in that question. Writing significant amounts of code that can be replaced by a call to one of these methods will not receive full credit. Consider a guessing game in which a player tries to guess a hidden word. The hidden word contains only capital letters and has a length known to the player. A guess contains only capital letters and has the same length as the hidden word. After a guess is made, the player is given a hint that is based on a comparison between the hidden word and the guess. Each position in the…
Use java programming properties to write all the necessary classes and/or interfaces for a solution to the problem. Focus on class structure and interaction. You may implement your solution however you wish, but you will be graded on the appropriateness of your solution to the requirements. Note the use of capitalization and parentheses for clarification. You may use whatever constructors or additional methods you wish. Define a structure that can represent Animals. Animals have two behaviors; they can speak() and they can move(). By default, when an animal moves, the text ”This animal moves forward” is displayed. By default, when an animal speaks, the text ”This animal speaks” is displayed. A general Animal should not be able to be instantiated. Define two classes, Goose and Lynx, that are Animals. Both Goose and Lynx behave such that where “Animals” is displayed in speak() or move(), “goose” or “lynx” is displayed by the appropriate classes. Finally, any instance of Goose can fly(),…
INTRO JAVA Problem 1 Implement a superclass Person. Make two classes, Student and Instructor, that inherits from Person. A person has a name and a year of birth. A student has a major, and an instructor has a salary. Write the class declarations, the constructors, and the methods toString & equals for all classes. Supply a test program for these classes and methods. Problem 2 Make a class Employee with a name and salary. Make a class Manager that inherits from Employee. Add an instance variable, named department, of type String. Make a class Executive inherit from Manager. Implement toString and equals methods for all classes; supply a test program that tests these classes and methods toString() method should print all the properties of the class; as Name and DOB is same for both student and instructor, you can implement it in the superclass "Person" Problem 1 Create 3 students Student1 : Name James, DOB: 01/01/2000, Major: English Student2: Name Jane, DOB:…
Write C# equivalent statements for the following: An “Account” class will be created having properties: accountName, accountNumber, accountType, totalBalance and methods: WithdrawAmount(), CheckBlance(), DepositAmount(). Derive child classes, that is, “SavingAccount” and “CurrentAccount” from the Account class and implement the following functionality. While taking input from user, check whether the account type is Saving or Current. If user enters “Saving”, an object of Saving Account will be instantiated and while depositing amount in the account an extra 3% of the amount will be deposited (as an extra profit) with the actual amount entered by user. If user enters “Current”, an object of Current Account will be instantiated and while depositing amount in the account, no extra amount will be deposited. Only the actual amount will be deposited. Also implement all the methods mentioned above.
Answer By True or False , JAVA LANGUAGE A Java interface can contain only constants and abstract methods. A class that implements an interface can define only the methods that are included in the interface. A static variable can be referenced only from a static method. Static variables are also called class variables.
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