KG2PG

Q1: 1. What is the primary purpose of flow control in computer networks?

Q2: 2. Which flow control method involves the receiver sending feedback to the sender to control the data flow?

Q3: 3. In a scenario where a sender is transmitting data faster than the receiver can process it, which flow control method would be most effective?

Q4: 4. Which flow control method requires the sender to wait for an acknowledgment before sending the next data packet?

Q5: 5. In a network where packets may be lost or corrupted, which flow control method provides the best reliability?

Q6: 6. What happens in a network when the sender continues to transmit data at a high rate without flow control?

Q7: 7. Which flow control method allows the receiver to request retransmission of specific packets?

Q8: 8. When multiple data packets are lost in transmission, which flow control method is most efficient in recovering the lost packets?

Q9: 9. Which flow control method is most suitable for high-speed networks with low error rates?

Q10: 10. In a network environment with varying link speeds, which flow control method is more adaptive to network conditions?

Q11: 11. A network has limited buffer space. Which flow control method helps in preventing buffer overflow?

Q12: 12. Which flow control method is more suitable for networks with long propagation delays?

Q13: 13. In a scenario where the receiver is able to process data faster than the sender can transmit, which flow control method would be ideal?

Q14: 14. Which flow control method offers better utilization of network bandwidth by allowing multiple packets to be in transit simultaneously?

Q15: 15. When a network experiences heavy traffic, which flow control method helps in maintaining efficient data transmission?

Q16: 16. In a scenario where data packets arrive out of order at the receiver, which flow control method can handle this situation effectively?

Q17: 17. Which flow control method is more tolerant to network errors and packet loss?

Q18: 18. When the sender and receiver operate at different speeds, which flow control method can help in synchronizing data transfer?

Q19: 19. In a network with high latency, which flow control method can help in optimizing data transfer efficiency?

Q20: 20. When a network experiences intermittent packet loss, which flow control method can aid in recovering lost data packets efficiently?

Q21: 21. Which flow control method is more suitable for real-time applications where data must be delivered in a timely manner?

Q22: 22. In a scenario where network bandwidth fluctuates, which flow control method can help in adapting to changing conditions?

Q23: 23. When a network experiences sudden bursts of data traffic, which flow control method can help in managing the increased load efficiently?

Q24: 24. Which flow control method is more resilient to network congestion and traffic spikes?

Q25: 25. In a network where data integrity is critical, which flow control method can help in ensuring reliable data transmission?

Score Summary