The Payroll program calculates the amount of tax withheld form an employee's weekly salary, the tax deduction to which the employee in entitled for each dependent, and the employee's take home pay. The program output includes state tax withheld, federal tax withheld, dependent tax deductions, salary, and take-home pay. 1. Open the source code file named Payroll.cpp using Dev-C++. 2. Variables have been declared and initialized, and output statements have been written. Read the code carefully. 3. Write the C++ code needed to perform the following: a. Calculate sate withholding tax by multiplying the employee's salary by 5.5% b. Calculate the federal withholding tax by multiplying the employee's salary by 21% c. Calculate the depended deduction by multiplying the employee's salary by 3.5% then multiply that result by the number of dependents d. Calculate the total withholding by adding the total sate withholding and total federal withholding e. Calculate take-home pay as salary minus total withholding plus total dependent deductions 4. Compile and run the program you should get the following output: FAEFSC Spring 2015\COP 1000 Principles of ProgrammingUnstructor Material Spring 2015\Workb. State Tax: $181.75 Federal Tax: $388.5 De pendents: $259 Salary: $1858 Take-lone Pay: $1618.75 Press any key to continue

in phython language Create a package folder named shapes. Inside this package, place two more package folders: 2d and 3d.  Inside 2d package, place a module file: circle.py  circle.py module has two function definitions: areaCircle(), circCircle(). areaCircle() function takes a parameter: radius, calculates and returns the area of the circle. You may assume PI is 3.14. circCircle() function also takes a parameter: radius, calculates and returns the circumference of the circle.  Inside 3d package, place two module files: sphere.py and cylindir.py sphere.py module has two function definitions: areaSphere() and volumeSphere() which both take a parameter for radius, calculates and returns area and volume of a sphere respectively.  cylindir.py module has two function definitions: areaCylindir() and volumeCylindir() which both take two parameters: height and radius. They calculate area and volume of a cylindir and return the values respectively.  You may find the formulas for those shapes…

IN C# PLEASE Create class Cube. The class has attributes length and width and depth, each of which defaults to 1. It has read-only properties that calculate the Perimeter and the Area for a side of the cube, and another that calculates the cubed feet for the cube. (You will have to research how to do that calculation online) It has properties for length and width and depth. The set accessors should verify that length and width and depth are all floating-point numbers greater than 0.0 and less than 20.0. Write an app to test class Cube by creating 3 cubes of different sizes.

X609: Magic Date A magic date is one when written in the following format, the month times the date equals the year e.g. 6/10/60. Write code that figures out if a user entered date is a magic date. The dates must be between 1 - 31, inclusive and the months between 1 - 12, inclusive. Let the user know whether they entered a magic date. If the input parameters are not valid, return false. Examples: magicDate(6, 10, 60) -> true magicDate(50, 12, 600) –> false