What will the following pseudocode program display? Module main()  Declare Integer x = 1  Declare Real y = 3.4  Display x, “ “ , y  Call changeX(x)  Call changeY(y)  Display x, “ “ , y End Module Module changeX(Integer a)  Set a = 0  Display a End Module Module changeY(Real Ref b)  Set b = 0.0  Display b End Module

In c#

Explain how to add functionality to a Button on a Form in C#

Module main()   // Local variables   Declare Real width, length, area     // Get the rectangle's width and length.   getRectangleSides(width, length)    // Get the rectangle's area.   Set area = calcArea(width, length)     // Display the area.   Display "The rectangle's area is ", areaEnd Module// The getRectangleSides module prompts the user for// a rectangle's width and length. The values are// stored in the reference parameters.Module getRectangleSides(Real Ref width, Real Ref length)   // Get the rectangle's width.   Display "Enter the rectangle's width."   Input width     // Get the rectangle's length.   Display "Enter the rectangle's length."   Input lengthEnd Module// The calcArea function accepts a rectangle's// width and length as arguments, and returns// the rectangle's area.Function Real calcArea(Real width, Real length)   Return width * lengthEnd Function flowchart please

A module can contain one or more definitions of other modules. Select one: OTrue OFalse

Module main() // Local variables Declare Real budget, spent = 0, amount   // Get budgeted amount Call getBudget(budget)   // Get amount spent Call getAmount(spent)   // display values Call showSpending(budget, spent)   End Module   // The getBudget module gets amount budgeted for the month Module getBudget(Real Ref inputBudget)         Display “Enter amount budgeted for the month: “       Input inputBudget   End Module   // The getAmount module gets amounts actually spent // terminates on entry of amount = 0 Module getAmount(Real Ref spent) Declare Real inputAmount         Do             Display “Enter an amount spent: “             Input inputAmount Set spent = spent + inputAmount Until inputAmount == 0   End Module   // The showSpending module accepts budget and spent and tells // if over or under budget Module showSpending(Real budget, spent) Display "Budgeted: $", budget Display "Spent: $", spent If budget > spent then Display "Spending less than budget.  VERY GOOD!”       Else…

flowchart for this code       Declarations             num mortgagePayment             num utilities             num taxes             num upkeep             num total       startUp()       while mortgagePayment not equal to 0             mainLoop()       endwhile       finishUp() stop   startUp()       output "Enter your mortgage payment or 0 to quit"       input mortgagePayment return   mainLoop()       output "Enter utilities"       input utilities       output "Enter taxes"       input taxes       output "Enter amount for upkeep"       input upkeep       total = mortgagePayment + utilities + taxes + upkeep       output "Total is ", total return   finishUp()       output "End of program" return

Module main() // Local variables Declare Integer feet   // Get feet Call getFeet(feet)   // display inches Call showInches(feet)   End Module   // The getFeet mount module gets number of feet Module getFeet(Integer Ref inputFeet)             Display “Enter number of feet:  “             Input inputFeet End Module   // The showInches module displays feet to inches Module showInches(Integer feet) Declare Integer inches       Set inches = calcInches(feet) Display "Feet to inches: ", inches End Module   // The calcInches function accepts feet and returns inches. Function Integer calcInches(Integer feet) Declare Integer result       Set result = feet * 12       Return result End Function flowchart for this please

Write the pseudocode for a looping structure that will determine the largest and smallest positive integers entered by the user.  The program should continue asking for values until the user enters a -1.  Once -1 is entered it should display what the largest and smallest positive integers were

// Global constant for calories per minute Constant Real CALORIES_PER_MINUTE = 3.9   // main module Module main() // Local variables Declare Real calories_burned Declare Integer minutes   // Set calories burned For minutes = 10 to 30 step 5   Call setCalories(minutes, calories_burned)   // display values Call showCalories(minutes, calories_burned)   End For   End Module   // The setCalories module calculates number of calories // from a particular number of minutes. Module setCalories (Integer minutes, Real Ref calories_burned) Declare Real fminutes         // some languages require matched type variables for calculations       // this expression changes an Integer to a Real type Set fminutes = minutes         // variables are now all of the same type Set calories_burned = fminutes * CALORIES_PER_MINUTE   End Module   // The showCalories module accepts minutes and calories burned // as arguments and displays amounts Module showCalories (Integer minutes, Real calories_burned) Display…