Design an application that accepts eight friends' first names and displays them in alphabetical order

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Design the logic for a programthat allows a user to enter 12 numbers, then displays them in the reverse order of entry.

To design an application that accepts eight friends' first names and displays them in alphabetical order, you would typically follow these steps:

1. Create a user interface: Design a user interface where users can input the names of their eight friends. This could be a simple form with text input fields for each friend's first name. You could use any programming language or framework that supports creating graphical user interfaces.

2. Input validation: Implement input validation to ensure that the user enters valid names. You can check for empty fields, validate the length or format of the names if necessary, and display appropriate error messages to the user.

3. Store the names: Create a data structure to store the names entered by the user. For instance, you can use an array or a list to hold the names.

4. Sorting algorithm: Implement a sorting algorithm to sort the names in alphabetical order. There are various sorting algorithms available, such as bubble sort, insertion sort, selection sort, or more advanced ones like quicksort or mergesort. Choose an algorithm that suits your needs and programming language.

5. Apply the sorting algorithm: Once the user has entered all eight names, run the sorting algorithm on the list of names to rearrange them in alphabetical order. Implement the sorting algorithm in your code, or you can use built-in sorting functions provided by your programming language or framework.

6. Display the sorted names: Once the names are sorted, design a way to display them in alphabetical order. It could be a simple list printed to the console or a more visually appealing display in the user interface. Iterate through the sorted list of names and present them to the user.

7. Test and refine: It's crucial to test your application rigorously to ensure it behaves as expected. Enter different sets of names to verify that the sorting and display functionalities work correctly. Make any necessary adjustments or tweaks to enhance the user experience or address any discovered issues.

Remember to consider additional features like error handling, user feedback, and possible edge cases to make your application more robust and user-friendly.