Week 9 Assignment 2 Submission If You Are Using The B 559129

Week 9 Assignment 2 Submissionif You Are Using The Blackboard Mobile L

Design a program that prompts the user to input data for up to five items purchased at Fran’s Virtual Fruit Stand, including the item name, price per pound, and the number of pounds bought. The program continues to accept input until the user enters a sentinel value to end the input process or until five items have been entered. Data should be stored in three corresponding arrays. After data collection, the program calculates and displays an itemized receipt showing each item's details, subtotal, total weight, shipping cost, and grand total.

Paper For Above instruction

The increasing reliance on online shopping platforms necessitates robust systems capable of accurately capturing and processing customer purchase data. In the context of Fran's Virtual Fruit Stand, developing an efficient, user-friendly program that manages shopping cart data is essential. This paper discusses the design and implementation of such a program using fundamental programming concepts, including arrays, loops, and conditionals, aligned with the assignment's specifications.

At the core of the program's design is interaction with the user to input data for each fruit item. The program prompts for three key pieces of information: the name of the fruit, the price per pound, and the number of pounds purchased. These data points are stored in three separate arrays: one for item names, one for prices per pound, and one for quantities purchased. The arrays are synchronized by index, meaning that the data at index i in each array pertains to the same item. This setup enables efficient processing and retrieval of each item's details during subsequent calculations.

The input loop continues to prompt for new items until either the user inputs a sentinel value indicating to stop or until five items have been entered. The sentinel value can be a specific character (e.g., 'n') that signals the end of input. The program must notify the user of this sentinel value, so they understand how to terminate the process explicitly. This control flow ensures flexibility for the user, allowing them to purchase fewer than five items if desired.

Once the data entry phase concludes, the program proceeds to generate an itemized receipt. This receipt displays each item's name, price per pound, pounds purchased, and subtotal (calculated as price per pound multiplied by pounds). Additionally, the program calculates the total weight of the entire order by summing the weights of all items. Shipping costs are computed at a rate of fifty cents per pound, and this value adds to the total purchase cost to determine the grand total.

The program's output should include formatted details for clarity, such as aligning columns for readability and clearly indicating each monetary value. The final receipt provides the customer with an itemized list of their purchase, the total weight, shipping cost, and the total amount payable, ensuring transparency and accuracy.

The program's structure emphasizes simplicity and efficiency, leveraging fundamental programming constructs such as loops for input collection and iteration, conditionals for control flow, arrays for data storage, and variables for calculations. Following this design ensures that the shopping cart functionality is scalable, manageable, and easy to understand.

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