In selecting Forensic tools for collecting evidence in the investigation of a crime the standard for authenticating computer records is:

Question

Options

• AThe same for authenticating other records. The degree of authentication does not vary simply
• BMuch more complex, and requires an expert to be present at each step of the process.
• CTo convert the technical terms & definitions into a basic understandable language to be presented as
• DTo ensure the tools are equipped with logging to document the steps of evidence collection.

• A
  5% (2)
• B
  3% (1)
• C
  84% (31)
• D
  8% (3)

Explanation

Authenticating computer records for court requires that forensic examiners translate complex technical findings into plain, understandable language so that judges, juries, and attorneys - who are not technical experts - can evaluate the evidence. Option C captures this core obligation: the forensic professional must bridge the gap between technical process and courtroom comprehension, making the evidence both admissible and meaningful.

Why the distractors are wrong:

• A is tempting but misleading - while courts do apply a general authentication standard, computer records carry additional complexity (chain of custody, tool validation, hash verification) that makes a blanket "same standard" framing incomplete in the forensic context.
• B overstates the requirement - an expert doesn't need to be physically present at every step; proper documentation and validated tools can establish integrity without continuous expert oversight.
• D describes a best practice for chain-of-custody integrity (tool logging), but logging alone is not the authentication standard - it's one supporting mechanism among several.

Memory tip: Think "court-ready communication." Forensic evidence is useless if a jury can't understand it. The authenticating standard centers on making technical evidence legible to a non-technical audience - if you remember the word translate, you'll lock in option C.

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