Write an algorithm (pseudo code) [OR draw a flowchart] to solve the following problems: Problem 1: You want to read the different ages of a group of people until an age of zero is entered. Based on the ages entered, you should count and print how many of the people are old (above 70), how many are middle-aged (from 35 to 70 (inclusive)), and how many are young (below 35). You should then print the category (Old, Middle-aged, Young) that is the most in the group (You may assume that you get a different count for each category (no equality)).

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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Algorithm
Write an algorithm (pseudo code) [OR draw a flowchart] to solve the following problems:
Problem 1: You want to read the different ages of a group of people until an age of zero is
entered. Based on the ages entered, you should count and print how many of the people
are old (above 70), how many are middle-aged (from 35 to 70 (inclusive)), and how many
are young (below 35). You should then print the category (Old, Middle-aged, Young) that is
the most in the group (You may assume that you get a different count for each category (no
equality)).
Transcribed Image Text:Write an algorithm (pseudo code) [OR draw a flowchart] to solve the following problems: Problem 1: You want to read the different ages of a group of people until an age of zero is entered. Based on the ages entered, you should count and print how many of the people are old (above 70), how many are middle-aged (from 35 to 70 (inclusive)), and how many are young (below 35). You should then print the category (Old, Middle-aged, Young) that is the most in the group (You may assume that you get a different count for each category (no equality)).
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