Understanding Sequential Statements

Summary

In this lab, you complete a Java program with the provided data files. The program calculates the amount of tax withheld from an employees weekly salary, the tax deduction to which the employee is entitled for each dependent, and the employees take-home pay. The program output includes state tax withheld, federal tax withheld, dependent tax deductions, salary, and take-home pay.

Instructions

1. Ensure the file named Payroll.java is open.

2. Variables have been declared and initialized for you as needed, the output statements have been written and the input object has been declared and initialized for you. Read the code carefully before you proceed to the next step.

3. Write the Java code needed to perform the following:

   • Calculate state withholding tax (stateTax) at 6.5 percent
   • Calculate federal withholding tax (federalTax) at 28.0 percent.
   • Calculate dependent deductions (dependentDeduction) at 2.5 percent of the employees salary for each dependent.
   • • Calculate total withholding (totalWithholding) as stateTax + federalTax + dependentDeduction.
     • Calculate take-home pay (takeHomePay) as salary minus total withholding.
   • Compile and execute your program by clicking the Run button. You should get the following output:

     State Tax: $81.25 Federal Tax: $350.00000000000006 Dependents: $62.5 Salary: $1250 Take-Home Pay: $756.25

   • In this program, the variables salary and numDependents are initialized with the values 1250.00 and 2. To make this program more flexible, modify it to accept interactive input for salary and numDependents. when running the code Output must read Dependents, state tax, federal tax, salary, take home pay

import java.util.Scanner; public class Payroll { static float stateTax 6.5f; static float federallax 28.of; static float dependentDeduction 2.5f; public float calculatestateTax(float salary) { return (salary*Payroll.stateTax / 100); } public float calculateFederalTax(float salary) { return (salary*Payroll. federalTax / 100); } public float calculateDependentDeductions (float salary, int num) { float total = (salary*Payroll.dependentDeduction / 100); total *= num; return total; } public static void main(String[] args) { Payroll obj = new Payroll(); Payroll obj = new Payroll(); Scanner in = new Scanner(System.in); while(true) { System.out.println("Enter Salary and number of dependents (press q to quit)"); String val = in.next(); if(val.equals("q")) { break; } else { float salary; salary = Float.parseFloat(val); int numDependents = in.nextInt(); float stateTax = obj.calculatestateTax(salary); float federalTax = obj.calculateFederalTax(salary); float dependent = obj.calculatedependentDeductions (salary, numDependents); float totalwithholding = stateTax + federalTax + dependent; float takeHome = (salary - totalwithholding); System.out.println("State Tax: $"+ stateTax); break; } else { float salary; salary = Float.parseFloat(val); int numDependents = in.nextInt(); float stateTax = obj.calculatestateTax(salary); float federalTax = obj.calculateFederalTax(salary); float dependent = obj.calculateDependentDeductions (salary, numDependents); float totalwithholding stateTax + federalTax + dependent; float takeHome = (salary - totalwithholding); System.out.println("state Tax: $"+ stateTax); System.out.println("Federal Tax: $"+ federalTax); System.out.println("Dependents: $"+ dependent); System.out.println("Salary: $"+ salary); System.out.println("Take-Home Pay: $"+ takeHome); } } } }