Question

As a general rule, the disk you utilize to make copies of an evidence drive should be:

A. Larger in capacity than the original drive

B. Smaller in capacity than the original drive

C. The same capacity as the original drive

D. A solid-state drive

Answer 1

In computer forensics, the disk used to copy an evidence drive should generally be larger in capacity to accommodate all data and allow for the potential recovery of additional files.

Step-by-step explanation:

When dealing with the task of making copies of an evidence drive in computer forensics, the disk used to create the copy should, as a general rule, be larger in capacity than the original drive. This is to ensure that the entire contents of the original drive can be copied without any issues related to space, and also provides additional room for potential recovery of deleted files or fragments that were not initially apparent. In some cases, when dealing with drives that have bad sectors or areas that are difficult to read, the copying process might require more space than the original data footprint due to the need for error correction and multiple attempts to read the data.

Answer 2

As a general rule, the disk you utilize to make copies of an evidence drive should be C. The same capacity as the original drive.

Step-by-step explanation:

Maintaining the integrity of digital evidence is crucial in forensic investigations. Option C is the correct choice because using a disk with the same capacity as the original drive helps ensure an accurate and complete copy.

This practice is essential for forensic soundness, as it prevents any potential issues related to partial copying or data loss. Using a larger capacity disk (Option A) may introduce the risk of incomplete copies, and a smaller capacity disk (Option B) might not accommodate all the data. While solid-state drives (Option D) are becoming more prevalent, the key consideration in forensic imaging is ensuring an identical copy, making Option C the most appropriate choice.

Option C (The same capacity as the original drive) is the answer.