Submit The VLS File You Create In Visual Logic

Submit The Vls File You Create In Visual Logic As Well As A Screensho

Submit the .vls file you create in Visual Logic as well as a screenshot of the output. For full credit, the program must function correctly, produce the correct answer, and be logically succinct. Write a short answer (four to five [4-5] sentences) in the comment text box located with the assignment submission link to the following: A summary of the technical experiences that you used in completing this lab. The commands that were of greatest benefit to you. Your general comments on the overall lab experience. ShoppingBay is an online auction service that requires several reports. Data for each auctioned item includes an ID number, item description, length of auction in days, and minimum required bid. Design a flowchart or pseudocode for the following: A program that accepts data for one auctioned item. Display data for an auction only if the minimum requited bid is over $100.00

Paper For Above instruction

Designing a Visual Logic Program to Filter Auction Data over $100

The task involves creating a program in Visual Logic that accepts data for a single auctioned item and displays the item's details only if the minimum required bid exceeds $100.00. This process requires understanding data input, conditional decision-making, and output display, all fundamental components of programming logic. By designing a flowchart or pseudocode, one can outline the logical steps necessary to implement this functionality effectively within Visual Logic. This exercise not only reinforces core programming concepts such as input/output and decision structures but also enhances problem-solving skills and understanding of data filtering criteria.

The initial step involves prompting the user to input the auction item's details, including ID number, item description, auction length in days, and the minimum bid. Once the data is collected, a decision structure (if statement) evaluates whether the minimum bid exceeds $100. If true, the program displays all the entered details; otherwise, it terminates without output. The logical flow ensures only relevant, high-value auction data is displayed, facilitating focused reporting within the auction system.

Such a program can be implemented through either a flowchart for visual understanding or pseudocode that explicitly delineates each step. In Visual Logic, defining variables for each data input and utilizing decision blocks simplifies the implementation of this conditional display logic. This approach exemplifies best practices in programming—validating critical data before presentation—and serves as a useful exercise to bridge theoretical design with practical application.

In summary, this project enhances comprehension of fundamental programming constructs such as data input, conditional statements, and output execution. It emphasizes the importance of filtering data to meet specific criteria—in this case, a minimum bid threshold—thus honing problem-solving capabilities and logical reasoning skills critical for developing efficient software applications.

References

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