// Constant for the number of days Constant Integer NUM_DAYS = 7   // Variables Declare Integer day               // To count days Declare Integer bugsToday          // Bugs collected in a day Declare Integer totalBugs = 0      // Total bugs collected   For day = 1 To NUM_DAYS     Display "How many bugs did you get on day ", day, "?"     Input bugsToday     Set totalBugs = totalBugs + bugsToday End For   // Display the total number of bugs collected. Display "You collected ", totalBugs, " bugs." Flowchart for this code please

def print_num_pattern(num1, num2):    if num1 <=0:        print("0", end="")        return     print(num1, end="")    print_num_pattern(num1 - num2, num2)    print(num1, end="") if  __name__ == "__main__":    num1 = int(input())    num2 = int(input())    print_num_pattern(num1, num2)

At the end of the exercise, the students should be able to: Create a simple game that handles   Software Requirements: Latest version of NetBeans IDE Java Development Kit (JDK) 8   Procedure: Create a folder named LastName_FirstName(please write Dahanyoon (ex. Reyes_Mark) in your local Create a new project named LabExer5A. Set the project location to your own The program shall: generate a random number from 1 to 50 for a player to guess; display a message that indicates whether the player’s guess is correct, too low, or too high; and prompt the user to keep on guessing until the correct value is entered Create a try-catch structure that will handle two (2) exceptions. These are when the user inputs the following: a number that is out of range (1 – 50) a letter or any non-numeric character Prompt the user so that he can guess again if an exception is Display the number of total Note: An invalid input (when an exception is thrown) is not considered a valid guess or attempt.

Write an application named OddNums that displays all the odd numbers from 1 through 99.

Dim number As Integer = 1 Dim i As Integer For i = 10 To 1 Step -2 Number*=i\2 Next Number= i=

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

Option are 7 0 None of the above

// 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…