Evelyn, a forensic investigator, is setting up a secure storage system to store critical evidence...

Option B. GPT is the correct answer because the features described in the question match the GUID Partition Table standard rather than the older MBR scheme. CHFI v11 includes storage fundamentals such as partitioning structures , booting process , and system layout concepts relevant to forensic acquisition and evidence handling.

The strongest clues are the use of 64-bit LBAs , support for very large partitions up to 8 ZiB , protection mechanisms such as CRCs , and support for as many as 128 partitions . Those are characteristic GPT capabilities. By contrast, MBR is much more limited in partition count and addressable disk size and does not provide the same structural protection through CRC-based integrity checking. BPB refers to the BIOS Parameter Block within certain file-system structures, not the overall partitioning scheme. Clusters are file-system allocation units, not a partition table format.

Because the scenario is specifically about a partitioning method that supports modern large-disk and integrity features, the answer that best aligns with CHFI storage and system-structure objectives is GPT .