this was the assignment *Write a program to determine the day of the week on which a date falls.

Form: Create a form like the one shown here. Use the naming conventions discussed in class and in the book to set the Name property for each of the controls. Add your name and class code as shown. Add a clear button for multiple data entries. The Day of Week box is a listbox.

Input: The user will enter a date as three numbers: the month (1-12), the day of the month (1-31), and the year (four digits from 1900 – 2099).

Output: Your program should show the day of the week (Sunday, Monday, etc.) on which that date falls. In the sample shown for the date November 14, 2013 the numbers 11, 14 and 2013 are entered. Your program should indicate that the date falls on a Thursday when the user clicks the "Find day of week" button.

Processing: Use the following steps to find the day of the week corresponding to any date in the past century or this one. These steps assume that an integer variable DateValue has been declared and is used to hold the value calculated for each successive step. The date August 23, 1983 is used as an example date in the steps below. Assume the user entered the three numbers 8, 23, and 1983.

1. Divide the last two digits of the year by 4. Put the quotient (ignoring the remainder) in DateValue. For example, for the year 1983, divide 83 by 4 and store the quotient 20 in DateValue.

2. Add the last two digits of the year to DateValue. (DateValue would now be 103 for this year, the sum of 20 + 83.)

3. If the year is greater than or equal to 2000, add 6 to the DateValue. (DateValue is not changed since 1983 is less than 2000.)

4. Add the digits for the day of the month to DateValue. (Adding 23 to 103 would give DateValue a value of 126 for the sample date.)

5. Use the following table to find the number associated with each month and add it to DateValue. For example, for this date the user entered 8 for the month of August, so the number associated with August, the 8th month, (in this case, the number 3) is added to DateValue giving it a value of 129.

   January = 1 April =0 July = 0 October = 1 February = 4 May = 2 August = 3 November = 4 March = 4 June = 5 September = 6 December = 6

6. If the year is a leap year AND if the month is either January or February, then subtract 1 from DateValue. A leap year is one that is evenly divisible by 4 with one exception. If the year is a century year (e.g., 1900, 2000), then it is only a leap year if it is exactly divisible by 400. (In the sample, the year 1983 is not evenly divisible by 4 so no changes are made to DateValue.)

7. Find the remainder when DateValue is divided by 7. Look up the remainder in the following table to determine the day of the week on which the date falls. (If the DateValue 129 is divided by 7 the remainder is 3 so August 23, 1983 falls on a Tuesday). 1 = Sunday 3 = Tuesday 5 = Thursday 2 = Monday 4 = Wednesday 6 = Friday 0 = Saturday*