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Start learning 50% faster. Sign in nowSnapshot backup is a backup strategy that creates a point-in-time image of data, allowing users to restore their systems to a specific moment. This method is particularly useful for ensuring data integrity and recovery, as it captures the exact state of data at the time the snapshot is taken. Snapshots can include both full and incremental backups, providing flexibility and efficiency in data management. By combining the benefits of full backups (complete data copy) and incremental backups (copying only the changes made since the last backup), snapshot backups enable quick recovery options while minimizing storage requirements. This is essential in environments that demand high availability and quick disaster recovery solutions. Snapshots are often used in conjunction with virtual machines and databases, where frequent backups are necessary to protect against data loss while maintaining performance and system responsiveness. Option A (Differential Backup) - A differential backup captures all changes made since the last full backup, which does not inherently provide point-in-time recovery like snapshots. Option B (Full Backup) - A full backup creates a complete copy of all data, but it does not allow for point-in-time recovery without additional incremental backups. Option C (Incremental Backup) - Incremental backups only save changes since the last backup, making it less comprehensive than snapshot backups for point-in-time recovery. Option D (Continuous Data Protection) - This strategy continuously saves data changes but does not create traditional point-in-time snapshots, focusing instead on real-time protection.
A man rows 40 km upstream and 60 km downstream in 8 hours. If the ratio of his upstream speed to downstream speed is 2:3, then find the time required to...
A boat can cover 145 km in downstream in 5 hours and 144 km in upstream in 8 hours. Find the speed of boat in still water.
The speed of the stream is 14 km/h. Boat ‘A’ covers 64 km distance against the stream in 4 hours and boat ‘B’ covers 95 km distance against the ...
A boat covers some distance downstream in 1 hour. It covers 3/2 hours. If the velocity of the stream is 3 kilometers per hour, then what will be the vel...
A captain can navigate a ship at a speed of 5 km/hr in calm waters. With a current moving at a speed of 3 km/hr, he takes 12 hours longer to travel 'd' ...
A boat can cover 66 km upstream and 165 km downstream in 13 hours. Speed of the stream is how much less than the speed of the boat in still water if the...
A boat goes 60 km in upstream in 5 hours and takes 3 hours to complete a distance of 12 km in downstream. Find the speed of boat in still water.
A boatman takes 9 hours to cover 64 km downstream and 60 km upstream. If the ratio of his speed downstream to his speed upstream is 4:3, what is the spe...
A boat running downstream covers a distance of 50 km in 2(1/2) hrs and the same distance upstream in 10 hrs. What is the speed of the boat in still water?
The Speed of the ship in calm water is five times the speed of the stream. If the ship can travel 's + 30' km downstream or 's - 10' km upstream in 5 ho...