1. What is MySQL Master-Slave replication primarily used for?

2. Which MySQL server is responsible for generating the binary log in replication?

3. What role do replication threads play in MySQL Master-Slave replication?

4. What is the primary advantage of MySQL Master-Slave replication for read-heavy workloads?

5. What is the potential downside of MySQL Master-Slave replication in terms of data consistency?

6. What is the initial data state on a slave server when implementing MySQL Master-Slave replication?

7. What is the purpose of the binary log in MySQL Master-Slave replication?

8. In terms of load balancing, how can MySQL Master-Slave replication benefit an application?

9. What is the main challenge associated with replication lag in MySQL Master-Slave replication?

10. What is the primary purpose of the replication user in MySQL Master-Slave replication?

11. What happens in MySQL Master-Slave replication if the master server experiences downtime or failures?

12. What role does the slave server play in MySQL Master-Slave replication?

13. What is the primary use case for MySQL Master-Slave replication?

14. What is the initial step in implementing MySQL Master-Slave replication after configuring the master server?

15. What is the purpose of the heartbeat and failover mechanism in MySQL Master-Slave replication?

16. In which scenarios is MySQL Master-Slave replication an ideal choice for improving database performance?

17. What is the potential downside of MySQL Master-Slave replication in terms of failover complexity?

18. Which component of MySQL Master-Slave replication is responsible for applying changes from the binary log?

19. What is the primary benefit of MySQL Master-Slave replication for data redundancy?

20. How can slave servers be used in MySQL Master-Slave replication to improve database performance?

21. What is the role of the binary log in MySQL Master-Slave replication?

22. What is the purpose of replication threads in MySQL Master-Slave replication?