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Q1: 1. What is a deadlock in operating systems?

Q2: 2. Which of the following conditions must be satisfied for a deadlock to occur?

Q3: 3. Real life problem: Two cars are stuck at a four-way stop intersection, each waiting for the other to go first. This is an example of

Q4: 4. What is the main drawback of dealing with deadlocks in operating systems?

Q5: 5. Real life problem: Two friends are holding onto different items and refuse to let go until the other person releases their item. This is an example of

Q6: 6. Which algorithm is used to prevent deadlocks by ensuring that the resources are allocated such that the system will not enter a deadlock state?

Q7: 7. Real life problem: A group of students are sharing a single printer, but each student needs to use a different color of ink. If they all hold onto the printer until they get the desired color, what problem might occur?

Q8: 8. What is the role of the Resource Allocation Graph in detecting deadlocks?

Q9: 9. Real life problem: Two friends are sharing a single phone charger but refuse to unplug it until their devices are fully charged. This situation can lead to

Q10: 10. Which deadlock handling strategy involves detecting and recovering from deadlocks by terminating processes until the system is in a safe state?

Q11: 11. Real life problem: Two coworkers are waiting for each other to finish using the shared conference room so they can start their meetings. This is an example of

Q12: 12. What is the purpose of the wait-die protocol in handling deadlocks?

Q13: 13. Real life problem: Two siblings are fighting over who gets to use the family computer first and refuse to compromise. This can lead to

Q14: 14. Which deadlock handling strategy focuses on avoiding the conditions that lead to deadlocks by carefully allocating resources to processes?

Q15: 15. Real life problem: Two neighbors are arguing over who gets to use the communal lawnmower first and neither is willing to back down. This is an example of

Q16: 16. What is the significance of the Circular Wait condition in deadlocks?

Q17: 17. Real life problem: Two people are standing in front of a narrow bridge, each waiting for the other to step aside and let them go first. This is an example of

Q18: 18. Which algorithm is used to prevent deadlocks by allowing processes to request resources only if the resulting state is safe?

Q19: 19. Real life problem: Two teams are playing a game and both refuse to make the first move, leading to a standstill. This can be compared to

Q20: 20. What is the role of the Banker's Algorithm in deadlock avoidance?

Q21: 21. Real life problem: Two friends are waiting for each other to buy movie tickets online, resulting in neither of them being able to purchase. This is an example of

Q22: 22. Which method of handling deadlocks involves allowing the system to enter a deadlock state and then taking action to recover from it?

Q23: 23. Real life problem: Two siblings are arguing over who gets to use the family car for the weekend and neither is willing to compromise. This can lead to

Q24: 24. What is the main goal of deadlock prevention in operating systems?

Q25: 25. Real life problem: Two friends are sharing a pizza but both only want to eat the last slice, leading to a deadlock situation. This is an example of

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