Write A Program And Flowchart To Calculate

Write A Program And A Flowchartthe Program Should Calculate The Total

Write a program and a flowchart. The program should calculate the total cost for the number of movie tickets sold for Adults, Children, and Students; and then calculating the total of combined sales for all 3 categories. Then, it asks for customer numbers and sales by customer. In the end, it prints out the customer number, the customer sales, and then the total sales and average sales. You must use three different arrays - These are, in effect, parallel arrays: One for Adult Movie Ticket Sales One for Child Movie Ticket Sales One for Student Movie Ticket Sales Remember to use a "for" loop for each array You should have totals in $ amount for: Adult Movie Tickets sold Children Movie Tickets sold Student Movie Tickets sold Overall totals, combining all 3 categories Hints and Suggestions: You can set your own movie prices – for example, adult ticket is $15 You can set how many tickets have been sold in each category – for example, 5 adult tickets sold You can also write the program to ask the user for this input, but this is not required At the end, it prints out the total dollar amount spent on sales for Adult Movie Tickets, Children Movie Tickets, and Student Movie Tickets; and then an overall total spent

Paper For Above instruction

Calculating Total Movie Ticket Sales and Customer Transactions

This paper presents a comprehensive program designed to calculate total sales of movie tickets across different categories—Adults, Children, and Students—and to process customer-specific sales data. The program leverages parallel arrays, incorporates user interaction, and employs loop structures to ensure accurate and efficient computation of total and average sales. Additionally, the accompanying flowchart provides a visual representation of the program's control flow, facilitating implementation and debugging.

Introduction

Efficient management of ticket sales is critical for cinema operations to monitor revenue streams and understand customer purchasing patterns. A structured program that tracks individual sales figures and aggregates data across categories is essential. This program makes use of three arrays for category-specific sales, prompts the user for customer transactions, and computes both individual and total sales, culminating in a comprehensive sales overview.

Program Design and Implementation

Arrays for Ticket Sales

The program initializes three arrays to store sales data for Adults, Children, and Students respectively. These arrays are considered parallel because corresponding indexes represent the same customer across categories. For example, at index 0, the arrays hold the sales for customer 1 in each category.

Setting Ticket Prices and Sales

Ticket prices are predetermined, such as $15 for adults, $10 for children, and $12 for students. While these could be hardcoded, a more flexible approach involves prompting the user for prices and number of tickets sold per category, but this is optional and not essential for the core functionality.

Processing Customer Data

The program prompts the user to input the number of customers. For each customer, the program collects sales data—number of tickets purchased in each category. This data populates the respective arrays at corresponding indexes. Using a loop, the program processes each customer's sales effectively.

Calculating Totals

With sales data gathered, the program employs "for" loops to iterate through each array, aggregating total sales per category. It multiplies the number of tickets sold by their respective prices and sums across all customers to produce category-specific totals. Additionally, it computes an overall total by summing all categories.

Outputting Results

Finally, the program outputs the total dollar amounts for each category, the overall total, and calculates the average sales per customer. This provides a transparent overview of revenue generated and per-customer metrics, invaluable for business analysis.

Flowchart Explanation

The flowchart begins with initializing arrays and variables, proceeds to input the total number of customers, then loops through each customer to input ticket sales in each category. It calculates individual totals within the loop, updates cumulative totals, and finally, after processing all customers, outputs the totals and averages. This visual guide aids developers in implementing the program efficiently.

Conclusion

In conclusion, designing a program with parallel arrays and looping constructs ensures accurate tracking and calculation of ticket sales across categories. Incorporating user input enhances flexibility, while detailed output summaries support business decision-making. The accompanying flowchart complements this process by visually outlining control flow, making the program easy to develop, understand, and maintain.

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