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Home / Computer Science / C++ / Implement the following arrays into your program | Unit 6
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Description: For this assignment, we are going to be organizing our variables into arrays! To the user it will appear that nothing has changed - but on the back end, we are making the code more efficient. You will also need to create a flowchart and an array diagram like the one pictured at the end of this document. Requirements: Using the guidelines below, implement the following arrays into your program. Remember to use global variables for array size rather than hard coding their size. 1. Create the following arrays:* a. productInventory[] – should store the quantities of products you currently have in-stock. This array should be updated whenever a product is sold. b. productPrices[] – this array stores the prices for your products c. productWeights[] – this array stores the weights for your products. d. productNames[] – this array holds the names of your products. *NOTE: These arrays should be parallel to each other for consistency. For example, index 0 is always in reference to product1 no matter which array is being referenced. 2. Once your arrays are created, update all references to product prices, inventory, weight, or name to be populated from the array (this includes calculations). 3. You should always be processing your arrays with loops rather than directly referencing an index. 4. Create a menu for the user to do the following: a. Display the contents of the arrays b. Calculate the total value of the inventory c. Look up the price of an item (user chooses the item) d. Identify the most expensive item in your inventory 5. Each of the above menu items should correspond with their own function. 6. Output must be labelled and easy to read as shown in the sample output below. 7. Program must be documented with the following: a. // Name b. // Date c. // Program Name d. // Description
In this assignment, the student will write C++ program that implements a "fraction" object. When writing the object, the student will demonstrate mastery of implementing overloaded operators in a meaningful way for the object. In this assignment, the student will write C++ program that implements a "fraction" object. When writing the object, the student will demonstrate mastery of implementing overloaded operators in a meaningful way for the object. $75.00 Original price was: $75.00.$50.00Current price is: $50.00.
In this assignment, the student will write a C++ program that heuristically compares the execution time of bubble sort, selection sort, and insertion sort using file sizes of various input sizes. In this assignment, the student will write a C++ program that heuristically compares the execution time of bubble sort, selection sort, and insertion sort using file sizes of various input sizes. $60.00 Original price was: $60.00.$50.00Current price is: $50.00.
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Description: For this assignment, we are going to be organizing our variables into arrays! To the user it will appear that nothing has changed - but on the back end, we are making the code more efficient. You will also need to create a flowchart and an array diagram like the one pictured at the end of this document. Requirements: Using the guidelines below, implement the following arrays into your program. Remember to use global variables for array size rather than hard coding their size. 1. Create the following arrays:* a. productInventory[] – should store the quantities of products you currently have in-stock. This array should be updated whenever a product is sold. b. productPrices[] – this array stores the prices for your products c. productWeights[] – this array stores the weights for your products. d. productNames[] – this array holds the names of your products. *NOTE: These arrays should be parallel to each other for consistency. For example, index 0 is always in reference to product1 no matter which array is being referenced. 2. Once your arrays are created, update all references to product prices, inventory, weight, or name to be populated from the array (this includes calculations). 3. You should always be processing your arrays with loops rather than directly referencing an index. 4. Create a menu for the user to do the following: a. Display the contents of the arrays b. Calculate the total value of the inventory c. Look up the price of an item (user chooses the item) d. Identify the most expensive item in your inventory 5. Each of the above menu items should correspond with their own function. 6. Output must be labelled and easy to read as shown in the sample output below. 7. Program must be documented with the following: a. // Name b. // Date c. // Program Name d. // Description
Implement the following arrays into your program | Unit 6
Rated 5.00 out of 5
$100.00 Original price was: $100.00.$75.00Current price is: $75.00.
  • Description
  • Reviews 1

Description: For this assignment, we are going to be organizing our variables into arrays! To the user it will appear that nothing has changed - but on the back end, we are making the code more efficient. You will also need to create a flowchart and an array diagram like the one pictured at the end of this document. Requirements: Using the guidelines below, implement the following arrays into your program. Remember to use global variables for array size rather than hard coding their size. 1. Create the following arrays:* a. productInventory[] – should store the quantities of products you currently have in-stock. This array should be updated whenever a product is sold. b. productPrices[] – this array stores the prices for your products c. productWeights[] – this array stores the weights for your products. d. productNames[] – this array holds the names of your products. *NOTE: These arrays should be parallel to each other for consistency. For example, index 0 is always in reference to product1 no matter which array is being referenced. 2. Once your arrays are created, update all references to product prices, inventory, weight, or name to be populated from the array (this includes calculations). 3. You should always be processing your arrays with loops rather than directly referencing an index. 4. Create a menu for the user to do the following: a. Display the contents of the arrays b. Calculate the total value of the inventory c. Look up the price of an item (user chooses the item) d. Identify the most expensive item in your inventory 5. Each of the above menu items should correspond with their own function. 6. Output must be labelled and easy to read as shown in the sample output below. 7. Program must be documented with the following: a. // Name b. // Date c. // Program Name d. // Description

Description: For this assignment, we are going to be organizing our variables into arrays! To the user it will appear that nothing has changed – but on the back end, we are making the code more efficient.

You will also need to create a flowchart and an array diagram like the one pictured at the end of this document.

Requirements:

Using the guidelines below, implement the following arrays into your program. Remember to use global variables for array size rather than hard coding their size.

  1. Create the following arrays:*
    1. productInventory[] – should store the quantities of products you currently have in-stock. This array should be updated whenever a product is sold.
    2. productPrices[] – this array stores the prices for your products
    3. productWeights[] – this array stores the weights for your products.
    4. productNames[] – this array holds the names of your products.

*NOTE: These arrays should be parallel to each other for consistency. For example, index 0 is always in reference to product1 no matter which array is being referenced.

  1. Once your arrays are created, update all references to product prices, inventory, weight, or name to be populated from the array (this includes calculations).
  2. You should always be processing your arrays with loops rather than directly referencing an index.
  3. Create a menu for the user to do the following:
    1. Display the contents of the arrays
    2. Calculate the total value of the inventory
    3. Look up the price of an item (user chooses the item)
    4. Identify the most expensive item in your inventory
  4. Each of the above menu items should correspond with their own function.
  5. Output must be labelled and easy to read as shown in the sample output below.
  6. Program must be documented with the following:
    1. // Name
    2. // Date
    3. // Program Name
    4. // Description

1 review for Implement the following arrays into your program | Unit 6

  1. Rated 5 out of 5

    Madison Hayes – April 28, 2022

    What a great and timely solution. I got my instructor impressed with the submission. Solution file included console output, flowchart, process reflection, main program, and test data. Thanks and highly recommended to all students.

Only logged in customers who have purchased this product may leave a review.

SKU: 2783 Category: C++ Tags: *NOTE: These arrays should be parallel to each other for consistency, Create a menu for the user to do the following:, Each of the above menu items should correspond with their own function., For example, index 0 is always in reference to product1 no matter which array is being referenced., Look up the price of an item (user chooses the item), Once your arrays are created, update all references to product prices, inventory, weight, or name to be populated from the array (this includes calculations)., Output must be labelled and easy to read as shown in the sample output below., productInventory[] – should store the quantities of products you currently have in-stock, productNames[] – this array holds the names of your products., productPrices[] – this array stores the prices for your products, productWeights[] – this array stores the weights for your products., Remember to use global variables for array size rather than hard coding their size., This array should be updated whenever a product is sold., Using the guidelines below, implement the following arrays into your program, You should always be processing your arrays with loops rather than directly referencing an index., You will also need to create a flowchart and an array diagram like the one pictured at the end of this document.

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