The Intergalactic Financial Bureau (IFB) has devised a method for evaluating the financial stability of space colonies based on their economic indicators. Each colony is assigned a unique economic code, and the IFB wants to develop a program to classify these codes as either "prosperous" or "struggling." The classification mechanism is as follows: Find the sum of the digits in the economic code. If the sum is a multiple of 7, the colony is considered prosperous; otherwise, it's considered struggling. Example 1: Economic Code: 12345 Step 1. Sum of digits: 1+2+3+4+5=15 Step 2. 15 is not a multiple of 7; therefore, the colony with the economic code 12345 is struggling. Example 2: Economic Code: 987654 Step 1. Sum of digits: 9 +8+7+6+5+4=39 Step 2.39 is not a multiple of 7; therefore, the colony with the economic code 987654 is struggling. Your task is to create a program that reads economic codes from user input and categorizes them as "prosperous" or "struggling." The program should have two arrays to store prosperous and struggling colonies, each with a maximum size of 20. The program should continue asking for economic codes until the user enters O, at which point it should display the arrays and terminate. Error handling for non-numeric inputs is not required.
The Intergalactic Financial Bureau (IFB) has devised a method for evaluating the financial stability of space colonies based on their economic indicators. Each colony is assigned a unique economic code, and the IFB wants to develop a program to classify these codes as either "prosperous" or "struggling." The classification mechanism is as follows: Find the sum of the digits in the economic code. If the sum is a multiple of 7, the colony is considered prosperous; otherwise, it's considered struggling. Example 1: Economic Code: 12345 Step 1. Sum of digits: 1+2+3+4+5=15 Step 2. 15 is not a multiple of 7; therefore, the colony with the economic code 12345 is struggling. Example 2: Economic Code: 987654 Step 1. Sum of digits: 9 +8+7+6+5+4=39 Step 2.39 is not a multiple of 7; therefore, the colony with the economic code 987654 is struggling. Your task is to create a program that reads economic codes from user input and categorizes them as "prosperous" or "struggling." The program should have two arrays to store prosperous and struggling colonies, each with a maximum size of 20. The program should continue asking for economic codes until the user enters O, at which point it should display the arrays and terminate. Error handling for non-numeric inputs is not required.
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
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Transcribed Image Text:The Intergalactic Financial Bureau (IFB) has devised a method for evaluating the
financial stability of space colonies based on their economic indicators. Each colony
is assigned a unique economic code, and the IFB wants to develop a program to
classify these codes as either "prosperous" or "struggling."
The classification mechanism is as follows:
Find the sum of the digits in the economic code.
If the sum is a multiple of 7, the colony is considered prosperous; otherwise, it's
considered struggling.
Example 1:
Economic Code: 12345
Step 1. Sum of digits: 1+2+3+4+5=15
Step 2.15 is not a multiple of 7; therefore, the colony with the economic code 12345 is
struggling.
Example 2:
Economic Code: 987654
Step 1. Sum of digits: 9 +8+7+6+5+4=39
Step 2. 39 is not a multiple of 7; therefore, the colony with the economic code 987654
is struggling.
Your task is to create a program that reads economic codes from user input and
categorizes them as "prosperous" or "struggling." The program should have two
arrays to store prosperous and struggling colonies, each with a maximum size of 20.
The program should continue asking for economic codes until the user enters O, at
which point it should display the arrays and terminate. Error handling for non-numeric
inputs is not required.
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