Which of the following best describes how experimental error affects conclusions drawn from laboratory experiments about substances on Titan?

• A. Experimental error guarantees that all laboratory findings about Titan are completely accurate.
• B. Experimental error always proves that the substances on Titan are identical to those on Earth.
• C. Experimental error can lead to uncertainty in results, making it difficult to draw precise conclusions about Titan's substances.
• D. Experimental error has no impact on the interpretation of laboratory data related to Titan.

Answer: (C)

Verified step by step guidance

1. Understand that experimental error refers to the unavoidable variations and uncertainties that occur during measurements and observations in laboratory experiments.
2. Recognize that experimental error does not guarantee complete accuracy; instead, it introduces some level of uncertainty in the data collected.
3. Consider that because of this uncertainty, conclusions drawn from experiments about substances on Titan may not be perfectly precise and should be interpreted with caution.
4. Acknowledge that experimental error does not prove substances on Titan are identical to those on Earth; rather, it limits the confidence in such comparisons.
5. Therefore, the best description is that experimental error can lead to uncertainty in results, making it difficult to draw precise conclusions about Titan's substances.