• The user will input the number in a 24-hour format. So, 14 means 2 pm, 3 means 3 am, 18 means 6 pm, etc. • Valid inputs are 0 to 23. Inputs less than 0 or more than 23 are invalid in 24-hour clock. · Assume, Input will be whole numbers. For example, 3.5 willI NOT be given as input. Inputs: Message to be printed 4 to 6: Breakfast 12 to 13: Lunch 16 to 17: Snacks 19 to 20: Dinner For all other valid inputs, say "Patience is a virtue" For all other invalid inputs, say "Wrong time" For example, If the user enters 4, your program should print the message "Breakfast". If the user enters 5, your program should print the message "Breakfast". If the user enters 6, your program should print the message "Breakfast". If the user enters 0, your program should print the message "Patience is a virtue". If the user enters 1, your program should print the message "Patience is a virtue". If the user enters 18, your program should print the message "Patience is a virtue". If the user enters 23, your program should print the message "Patience is a virtue". If the user enters 24, your program should print the message "Wrong Time". If the user enters -1, your program should print the message "Wrong Time". If the user enters 27, your program should print the message "Wrong time". Hints: You can use nested conditionals (if-else) or chained conditions (if-elif-else) to solve this problem.
• The user will input the number in a 24-hour format. So, 14 means 2 pm, 3 means 3 am, 18 means 6 pm, etc. • Valid inputs are 0 to 23. Inputs less than 0 or more than 23 are invalid in 24-hour clock. · Assume, Input will be whole numbers. For example, 3.5 willI NOT be given as input. Inputs: Message to be printed 4 to 6: Breakfast 12 to 13: Lunch 16 to 17: Snacks 19 to 20: Dinner For all other valid inputs, say "Patience is a virtue" For all other invalid inputs, say "Wrong time" For example, If the user enters 4, your program should print the message "Breakfast". If the user enters 5, your program should print the message "Breakfast". If the user enters 6, your program should print the message "Breakfast". If the user enters 0, your program should print the message "Patience is a virtue". If the user enters 1, your program should print the message "Patience is a virtue". If the user enters 18, your program should print the message "Patience is a virtue". If the user enters 23, your program should print the message "Patience is a virtue". If the user enters 24, your program should print the message "Wrong Time". If the user enters -1, your program should print the message "Wrong Time". If the user enters 27, your program should print the message "Wrong time". Hints: You can use nested conditionals (if-else) or chained conditions (if-elif-else) to solve this problem.
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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