Your Name - Week 2 PA Smallest Number Finding the Smallest Value: How many integers would you like to enter: 5 I Enter an integer value: 12 Enter an integer value: 5 Enter an integer value: 156 Enter an integer value: 2 Enter an integer value: 3 The smallest value entered is: 2

Your Name - Week 2 PA Smallest Number Finding the Smallest Value: How many integers would you like to enter: 5 I Enter an integer value: 12 Enter an integer value: 5 Enter an integer value: 156 Enter an integer value: 2 Enter an integer value: 3 The smallest value entered is: 2

Programming with Microsoft Visual Basic 2017

8th Edition

ISBN:9781337102124

Author:Diane Zak

Publisher:Diane Zak

Chapter5: The Repetition Structure

Section: Chapter Questions

Problem 3MQ3

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CODE : def days_in_feb(user_year): is_leap_year = 29 not_leap_year = 28 if user_year % 4 ==0: return is_leap_year elif user_year % 4 ==0 and user_year % 100 == 0 and user_year % 400 == 0: return is_leap_year else: return(not_leap_year) if __name__ == '__main__': # Type your code here. Your code must call the function. user_year = int(input()) days = days_in_feb(user_year) print(user_year,'has', days, 'days in February.') ERROR OUTPUT IS NOT WORKING FOR YEAR 1900 Input 1712 Your output 1712 has 29 days in February. Your output days_in_feb(1913) correctly returned 28 days_in_feb(1600) Your output days_in_feb(1600) correctly returned 29 4: Unit testkeyboard_arrow_up 0 / 3 days_in_feb(1900) Your output days_in_feb(1900) incorrectly returned 29
int num1 = 10, num2 = 9, num3 = 18; num1
Assignment Please design this code needed for assignment
33 var number = 0; var number2 var number3 = 50; 34 12; 35 36 number = number + number2; number 37 number + number3 Challenge Problem: What will be stored in number at the end of the code?
HLA Programming HLA Programming Believed to have originated in France, a gradian is a unit of measure of an angle that is equivalent to 1/400th of a turn or 9/10th of a degree. The formula for this conversion solving for Gradian is: Gradian = 400 * turn or Gradian = 1.111 * degreePrompt the user for a value and displays the Gradian value you calculate, if the original value was a degree or a turn. A sample program dialogue is shown below.What's your number: 10.0Assuming you entered a turn amount, here's your Gradian: 4000.000Assuming you entered a degree amount, here's your Gradian: 11.110What's your number: 15.12Assuming you entered a turn amount, here's your Gradian: 6048.000Assuming you entered a degree amount, here's your Gradian: 16.798
99 question Reza Enterprises sells tickets for buses, tours, and other travel services. Because Reza frequently mistypes long ticket numbers, Reza Enterprises has asked his students to write an application that shows if a ticket is invalid. Your application/program tells the ticket agent to enter a six-digit ticket number. Ticket numbers are designed so that if you lose the last digit of the number, then divide by 7, the remainder of the division is exactly the same to the last dropped digit. This process is shown below: Step 1: Enter the ticket number; for example 123454 Step 2: Remove the last digit, leaving 12345 Step 3: Determine the remainder when the ticket number from step 2 is divided by 7. In this case, 12345 divided by 7 leaves a remainder of 4. Step 4: Display a message to the ticket agent indicating whether the ticket number is valid or not. If the ticket number is valid, save the number to a .txt file called “tickets.txt” and.
The intSales array is declared as follows: Dim intSales() As Integer = {10000, 12000, 900, 500, 20000}. The statement intSales (2) += 10 will _____. replace the 900 amount with 10 replace the 900 amount with 910 replace the 12000 amount with 10 replace the 12000 amount with 12010
Open the Calories Solution.sln file contained in the VB2017\Chap08\Calories Solution folder. Open the Code Editor window and locate the btnDisplay_Click procedure. The procedure declares and initializes a one-dimensional array named intCalories. The array stores the numbers of daily calories consumed. The procedure should calculate and display the average number of calories consumed; use the Math.Round method to round the average to an integer. (You learned about the Math.Round method in Chapter 6.) The procedure should also display the number of days in which the daily calories were greater than the average, the number of days in which the daily calories were the same as the average, and the number of days in which the daily calories were less than the average. Code the procedure. Save the solution and then start and test the application.
Account numbers sometimes contain a check digit that is the result of a mathematical calculation. The inclusion of the digit in an account number helps ascertain whether the number is a valid one. Write an application named CheckDigit that asks a user to enter a four-digit account number and determines whether it is a valid number. The number is valid if the fourth digit is the remainder when the number represented by the first three digits of the four-digit number is divided by 7. For example, 7770 is valid, because 0 is the remainder when 777 is divided by 7. The next problems rely on the generation of a random number. You can create a random number that is at least mi n but less than max using the following statements: Random ranNumberCenerator = new Random(); int randomNumber; randomNumber = ranNumberGenerator .Next(min, max);
What is the opposite of greater than?
In this exercise, you modify the Grade Calculator application from this chapter’s Apply lesson. Use Windows to make a copy of the Grade Solution folder. Rename the copy Grade Solution-Intermediate. Open the Grade Solution.sln file contained in the Grade Solution-Intermediate folder. Open the CourseGrade.vb file. The DetermineGrade method should accept an integer that represents the total number of points that can be earned in the course. (Currently, the total number of points is 200: 100 points per test.) For an A grade, the student must earn at least 90% of the total points. For a B, C, and D grade, the student must earn at least 80%, 70%, and 60%, respectively. If the student earns less than 60% of the total points, the grade is F. Make the appropriate modifications to the DetermineGrade method and then save the solution. Unlock the controls on the form. Add a label control and a text box to the form. Change the label control’s Text property to “&Maximum points:” (without the quotation marks). Change the text box’s name to txtMax. Lock the controls and then reset the tab order. Open the form’s Code Editor window. The txtMax control should accept only numbers and the Backspace key. Code the appropriate procedure. The grade should be cleared when the user makes a change to the contents of the txtMax control. Code the appropriate procedure. Modify the frmMain_Load procedure so that each list box displays numbers from 0 through 200. Locate the btnDisplay_Click procedure. If the txtMax control does not contain a value, display an appropriate message. The maximum number allowed in the txtMax control should be 400; if the control contains a number that is more than 400, display an appropriate message. The statement that calculates the grade should pass the maximum number of points to the studentGrade object’s DetermineGrade method. Make the necessary modifications to the procedure. Save the solution and then start and test the application.
If the intNums array contains six elements, which of the following statements assigns the number 6 to the intElements variable? intElements = Len(intNums) intElements = Length(intNums) intElements = intNums.Len intElements = intNums.Length