Design a C++ program to manage the sales data of a supermarket with 6 different product categories. The program should: (1) Prompt the user to input the number of units sold for each category. Apply a 2D array to store the quantities. (ii) Identify which product category has the highest sales quantity. Apply a non-return value function, include a parameter list if necessary. (iii) Identify which product category has the lowest sales quantity. Apply a non-return value function, include a parameter list if necessary. (iv) Calculate the average sales quantity for all product categories and display it. Apply a return value function, include a parameter list if necessary. (v) Determine whether each product category is performing well or needs a marketing boost by comparing its quantity to the average sales quantity. If a category's quantity is greater than or equal to the average, then it's performing well; otherwise, it needs a marketing boost. Requirements: Apply a 2D array. Use functions for better modularization. Display the results clearly for each product category. Sample Output: Enter sales quantities for - Groceries: 1500 Electronics: 1200 Clothing: 800 Home and Garden: 1000 Beauty and Personal Care: 1300 Toys and Games: 900 Highest Sales: Groceries [1500 units] Lowest Sales: Clothing [800 units] Average Sales: 1150.00 units Groceries: Performing well Electronics: Performing well Clothing: Needs marketing boost Home and Garden: Performing well Beauty and Personal Care: Performing well Toys and Games: Needs marketing boost.
Design a C++ program to manage the sales data of a supermarket with 6 different product categories. The program should: (1) Prompt the user to input the number of units sold for each category. Apply a 2D array to store the quantities. (ii) Identify which product category has the highest sales quantity. Apply a non-return value function, include a parameter list if necessary. (iii) Identify which product category has the lowest sales quantity. Apply a non-return value function, include a parameter list if necessary. (iv) Calculate the average sales quantity for all product categories and display it. Apply a return value function, include a parameter list if necessary. (v) Determine whether each product category is performing well or needs a marketing boost by comparing its quantity to the average sales quantity. If a category's quantity is greater than or equal to the average, then it's performing well; otherwise, it needs a marketing boost. Requirements: Apply a 2D array. Use functions for better modularization. Display the results clearly for each product category. Sample Output: Enter sales quantities for - Groceries: 1500 Electronics: 1200 Clothing: 800 Home and Garden: 1000 Beauty and Personal Care: 1300 Toys and Games: 900 Highest Sales: Groceries [1500 units] Lowest Sales: Clothing [800 units] Average Sales: 1150.00 units Groceries: Performing well Electronics: Performing well Clothing: Needs marketing boost Home and Garden: Performing well Beauty and Personal Care: Performing well Toys and Games: Needs marketing boost.
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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