1. What is the primary purpose of MySQL Query Caching?

2. How does MySQL Query Caching work?

3. When does MySQL check the query cache to see if a query result is cached?

4. What happens when a query result is found in the MySQL Query Cache (cache hit)?

5. What occurs when a query result is not found in the MySQL Query Cache (cache miss)?

6. What type of SQL queries benefit the most from MySQL Query Caching?

7. How does MySQL Query Caching affect CPU and I/O resource consumption?

8. What happens to cached queries when data in the underlying tables is modified?

9. Why is it important to allocate an appropriate amount of memory for the query cache?

10. What type of queries may not cache effectively due to their dynamic nature?

11. What is cache pruning in MySQL Query Caching?

12. How does MySQL Query Caching handle concurrent write operations on the same data?

13. What MySQL system variable is used to enable or disable Query Caching?

14. What is the primary benefit of MySQL Query Caching for read-heavy workloads?

15. Which MySQL version deprecated Query Caching in favor of other caching mechanisms?

16. What does MySQL Query Caching primarily accelerate?

17. How does MySQL Query Caching affect response times for frequently executed SELECT queries?

18. What can happen if the query cache size is too small?

19. What types of queries are less likely to benefit from MySQL Query Caching?

20. What happens when a modification operation is performed on a table involved in a cached query?

21. How does MySQL Query Caching handle concurrent write and read operations on the same data?

22. What is the trade-off associated with using a large query cache size in MySQL?

23. What is the impact of enabling MySQL Query Caching on write-heavy workloads?

24. In MySQL 8.0 and later versions, what happened to the Query Cache feature?

25. What is the primary advantage of MySQL Query Caching for read-heavy web applications?