6. What disadvantage does Pipe-and-Filter Arehitecture have compared to other styles? 0 A) High coupling between components small-scale applications C) Potential performance overhead due to data movement D) Lack of modularity and flexibility 7. Which scenario is most appropriate for using a Client-Server Architecture? A) A small application with all components on a single machine O B) A distributed application where multiple clients need to access centralized services C) An application that does not require a network connection D) An application with no distinct separation between data processing and user interface 8. What is a major benefit of using Microservies Architecture? A) Simplified codebase and fewer deployment issues - B) Single technology stack for easier management A. Independent deployment and scalability of services D) Lower initial setup and operational costs 9. What common issue might a system face if implemented with a Layered Architecture? A) Difficulty in separating user interface from business logic B) Increased memory usage due to duplication of data C) Performance overhead from multiple layers D) Challenges in implementing security protocols 10. Layered Architecture is particularly effective in what type of applications? A) Real-time processing applications B) Applications with strict performance requirements C) Traditional web applications D) Applications requiring frequent changes to the user interface 11. What is a key advantage of the Pipe-and-Filter Architecture? A) Low memory usage B) Concurrency of processing C) Easy integration with third-party services D) High-speed data access 12. Microservices Architecture typically results in: A) Increased deployment complexity B) Decreased modularity C) Reduced need for team communication D) Simpler and faster initial development