program that manages the library inventory of a bookstore with o different book titles. The program should: (i) Prompt the user to input the quantity of each book in stock. Apply a 2D array to store the quantities. (ii) Identify which book has the highest stock quantity. Apply a non-return value function, include a parameter list if necessary. (iii) Identify which book has the lowest stock quantity. Apply a non-return value function, include a parameter list if necessary. (iv) Calculate the average stock quantity for all books and display it. Apply a return value function, include a parameter list if necessary. (v) Determine whether each book is well-stocked or needs restocking by comparing its quantity to the average stock quantity. If a book's quantity is greater than or equal to the average, then it's well-stocked; otherwise, it needs restocking. Requirements: Apply a 2D array. Use functions for better modularization. Display the results clearly for each book. Sample Output: Enter quantities for - Book 1: 50 Book 2: 80 Book 3: 120 Book 4:40 Book 5: 90 Book 6: 60 Highest Stock: Book 3 [120 units] Lowest Stock: Book 4 [40 units] Average Stock: 75.00 units Book 1: Needs restocking Book 2: Well-stocked Book 3: Well-stocked Book 4: Needs restocking Book 5: Well-stocked Book 6: Well-stocked.
program that manages the library inventory of a bookstore with o different book titles. The program should: (i) Prompt the user to input the quantity of each book in stock. Apply a 2D array to store the quantities. (ii) Identify which book has the highest stock quantity. Apply a non-return value function, include a parameter list if necessary. (iii) Identify which book has the lowest stock quantity. Apply a non-return value function, include a parameter list if necessary. (iv) Calculate the average stock quantity for all books and display it. Apply a return value function, include a parameter list if necessary. (v) Determine whether each book is well-stocked or needs restocking by comparing its quantity to the average stock quantity. If a book's quantity is greater than or equal to the average, then it's well-stocked; otherwise, it needs restocking. Requirements: Apply a 2D array. Use functions for better modularization. Display the results clearly for each book. Sample Output: Enter quantities for - Book 1: 50 Book 2: 80 Book 3: 120 Book 4:40 Book 5: 90 Book 6: 60 Highest Stock: Book 3 [120 units] Lowest Stock: Book 4 [40 units] Average Stock: 75.00 units Book 1: Needs restocking Book 2: Well-stocked Book 3: Well-stocked Book 4: Needs restocking Book 5: Well-stocked Book 6: Well-stocked.
Computer Networking: A Top-Down Approach (7th Edition)
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![complete program that manages the library inventory of a bookstore with o
different book titles. The program should:
(i) Prompt the user to input the quantity of each book in stock.
Apply a 2D array to store the quantities.
(ii) Identify which book has the highest stock quantity.
Apply a non-return value function, include a parameter list if necessary.
(iii) Identify which book has the lowest stock quantity.
Apply a non-return value function, include a parameter list if necessary.
(iv) Calculate the average stock quantity for all books and display it.
Apply a return value function, include a parameter list if necessary.
(v) Determine whether each book is well-stocked or needs restocking by comparing
its quantity to the average stock quantity. If a book's quantity is greater than or equal
to the average, then it's well-stocked; otherwise, it needs restocking.
Requirements:
Apply a 2D array.
Use functions for better modularization.
Display the results clearly for each book.
Sample Output:
Enter quantities for -
Book 1: 50
Book 2:80
Book 3: 120
Book 4: 40
Book 5: 90
Book 6: 60
Highest Stock: Book 3 [120 units]
Lowest Stock: Book 4 [40 units]
Average Stock: 75.00 units
Book 1: Needs restocking
Book 2: Well-stocked
Book 3: Well-stocked
Book 4: Needs restocking
Book 5: Well-stocked
Book 6: Well-stocked.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbaaeeb1f-3ffd-4171-bb02-79fa19cfdf5d%2F546041c2-0816-449c-bca2-d6ae4d28c0df%2Fpr0y3q_processed.jpeg&w=3840&q=75)
Transcribed Image Text:complete program that manages the library inventory of a bookstore with o
different book titles. The program should:
(i) Prompt the user to input the quantity of each book in stock.
Apply a 2D array to store the quantities.
(ii) Identify which book has the highest stock quantity.
Apply a non-return value function, include a parameter list if necessary.
(iii) Identify which book has the lowest stock quantity.
Apply a non-return value function, include a parameter list if necessary.
(iv) Calculate the average stock quantity for all books and display it.
Apply a return value function, include a parameter list if necessary.
(v) Determine whether each book is well-stocked or needs restocking by comparing
its quantity to the average stock quantity. If a book's quantity is greater than or equal
to the average, then it's well-stocked; otherwise, it needs restocking.
Requirements:
Apply a 2D array.
Use functions for better modularization.
Display the results clearly for each book.
Sample Output:
Enter quantities for -
Book 1: 50
Book 2:80
Book 3: 120
Book 4: 40
Book 5: 90
Book 6: 60
Highest Stock: Book 3 [120 units]
Lowest Stock: Book 4 [40 units]
Average Stock: 75.00 units
Book 1: Needs restocking
Book 2: Well-stocked
Book 3: Well-stocked
Book 4: Needs restocking
Book 5: Well-stocked
Book 6: Well-stocked.
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