Which of the following RAID levels can be implemented with three hard drives but has the HIGHEST latency? (Select TWO).

RAID 0 uses striping without parity and requires a minimum of two disks, offering high performance and low latency, but no fault tolerance.

RAID 1 uses mirroring and requires exactly two disks, providing fault tolerance but not being implementable with three drives in a single RAID 1 set.

RAID 3 uses byte-level striping with a dedicated parity drive, requiring at least three disks and suffering from high latency on write operations as all writes must update the single parity disk.

RAID 4 uses block-level striping with a dedicated parity drive, also requiring at least three disks and exhibiting high latency for small random writes because the dedicated parity drive becomes a bottleneck for every write operation.

RAID 5 uses block-level striping with distributed parity, requiring a minimum of three disks, but it generally offers better write performance and lower latency than RAID 3 or 4 because parity is distributed across all drives, avoiding a single parity drive bottleneck.