Short Answer

Suppose you are a researcher analyzing a new dataset of personality scores. You find that two traits, 'sociability' and 'energy level,' are highly correlated with each other and fit into a single factor, but they do not correlate with a third trait, 'curiosity.' Applying the genetic logic of the Big Five framework, how would you explain why 'sociability' and 'energy level' group together while 'curiosity' operates as a separate factor?

Question: Suppose you are a researcher analyzing a new dataset of personality scores. You find that two traits, 'sociability' and 'energy level,' are highly correlated with each other and fit into a single factor, but they do not correlate with a third trait, 'curiosity.' Applying the genetic logic of the Big Five framework, how would you explain why 'sociability' and 'energy level' group together while 'curiosity' operates as a separate factor?

Sample answer: Applying the genetic logic of the Big Five, sociability and energy level group together because they share a common factor structure, whereas curiosity operates as a separate factor because it is likely controlled by different genes than those controlling the sociability and energy factor.

Key points:

  • Separate factors operate independently because they are controlled by different genes.
  • Curiosity operates as a separate factor from sociability and energy level because it is controlled by different genes.

Rubric: The answer must apply the biological logic of the Big Five framework. It should state that curiosity operates as a separate factor because it is controlled by different genes from the genes controlling the other grouped traits.

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Updated 2026-05-27

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Research Methods in Psychology - 4th American Edition @ KPU

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