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A research team is designing an experiment to measure human judgment under uncertainty. Applying the concept of cognitive bias, how should the team plan to analyze the participants' judgment errors to distinguish cognitive bias from random measurement noise?

Question: A research team is designing an experiment to measure human judgment under uncertainty. Applying the concept of cognitive bias, how should the team plan to analyze the participants' judgment errors to distinguish cognitive bias from random measurement noise?

Sample answer: The team should analyze the direction of the errors; random measurement noise will distribute evenly, whereas cognitive biases driven by heuristics will result in errors that skew systematically in a predictable direction.

Key points:

  • Cognitive biases lead to systematic, directional errors.
  • Random noise is non-directional and tends to distribute evenly.
  • The pattern of errors can be predicted based on the heuristics used.

Feedback: Correct answers should apply the definition of cognitive bias to show that errors driven by heuristics will be directional and predictable, whereas random noise is non-directional.

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Updated 2026-05-26

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Research Methods in Psychology - 4th American Edition @ KPU

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