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Plan and code a C++ program utilizing selection structure. Write an interactive C++ program to determine the day of the week for any given date from 1900-2099. Following are the steps you should use:

Plan and code a C++ program utilizing selection structure. Write an interactive C++ program to determine the day of the week for any given date from 1900-2099. Following are the steps you should use:

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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*please remember to ask the user to input their initials firstly, and dont use advanced manipulators/tools for this program. Thanks so much in advance

Plan and code a C++ program utilizing selection structure. Write an interactive C++ program to determine the day of the week for any given date from 1900-2099. Following are the steps you should use: A. Input the date in 3 separate parts, month, day and 4-digit year. Error check to make sure the month is between 1 and 12, the day between 1 and 31, and the year between 1900-2099. If there is an error, identify the type of error and stop the program. B. If the data is good, divide the last two digits of the year by 4. Store the quotient (ignoring the remainder) in Total. For example, for 1983, divide 83 by 4 and store 20 in Total. C. Add the last 2 digits of the year to Total. D. Add the two digits of the day of the month to Total. E. Using the following table, find the "value of the month" and add it to Total. January = 1 February = 4 April = 0 July = 0 October =1 November = 4 March = 4 May = 2 August = 3 June = 5 September = 6 December = 6 F. If the year is 2000 or later, add 6. If the year is 2000 exactly and the month is January or February, subtract 1. G. Then, determine if the year is a leap year. A leap year is divisible by 4 but not divisible by 100. If it is a leap year and the month is January or February, subtract 1. H. Find the remainder when the Total is divided by 7. 1. Use the remainder to find the day: 0= Saturday 3= Tuesday 6 = Friday 1= Sunday 4= Wednesday 5= Thursday 2= Monday Input Your three initials, the month, day, and 4-digit year of the date. Output All user prompts. Your 3 initials. All the input fields. The day of the week of the date entered if the data is valid. Appropriate error message if the data is invalid. Be sure your output file contains user prompts and what was entered by the user in addition to the results of your program processing. Run Run with the following data: 3/13/2014 - Thursday 1/1/1996 - Monday 2/2/2000 - Wednesday 12/20/1981 - Sunday 3/17/1895 - X 4/10/2130 -X 14/8/1933 -X 10/33/1920 - X Turn In Turn in source code and program output.
Transcribed Image Text:Plan and code a C++ program utilizing selection structure. Write an interactive C++ program to determine the day of the week for any given date from 1900-2099. Following are the steps you should use: A. Input the date in 3 separate parts, month, day and 4-digit year. Error check to make sure the month is between 1 and 12, the day between 1 and 31, and the year between 1900-2099. If there is an error, identify the type of error and stop the program. B. If the data is good, divide the last two digits of the year by 4. Store the quotient (ignoring the remainder) in Total. For example, for 1983, divide 83 by 4 and store 20 in Total. C. Add the last 2 digits of the year to Total. D. Add the two digits of the day of the month to Total. E. Using the following table, find the "value of the month" and add it to Total. January = 1 February = 4 April = 0 July = 0 October =1 November = 4 March = 4 May = 2 August = 3 June = 5 September = 6 December = 6 F. If the year is 2000 or later, add 6. If the year is 2000 exactly and the month is January or February, subtract 1. G. Then, determine if the year is a leap year. A leap year is divisible by 4 but not divisible by 100. If it is a leap year and the month is January or February, subtract 1. H. Find the remainder when the Total is divided by 7. 1. Use the remainder to find the day: 0= Saturday 3= Tuesday 6 = Friday 1= Sunday 4= Wednesday 5= Thursday 2= Monday Input Your three initials, the month, day, and 4-digit year of the date. Output All user prompts. Your 3 initials. All the input fields. The day of the week of the date entered if the data is valid. Appropriate error message if the data is invalid. Be sure your output file contains user prompts and what was entered by the user in addition to the results of your program processing. Run Run with the following data: 3/13/2014 - Thursday 1/1/1996 - Monday 2/2/2000 - Wednesday 12/20/1981 - Sunday 3/17/1895 - X 4/10/2130 -X 14/8/1933 -X 10/33/1920 - X Turn In Turn in source code and program output.
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