Short Answer

Imagine you want to design a new observational study to investigate the relationship between a student's seating location (front row vs. back row) and whether they use a laptop during a lecture. Applying the principles of the intersection observation example, identify the two variables you would measure and describe the limitation on the type of conclusion you could draw from this study.

Question: Imagine you want to design a new observational study to investigate the relationship between a student's seating location (front row vs. back row) and whether they use a laptop during a lecture. Applying the principles of the intersection observation example, identify the two variables you would measure and describe the limitation on the type of conclusion you could draw from this study.

Sample answer: In this non-experimental study, the two variables to measure as they naturally occur are the student's seating location (front vs. back row) and laptop usage (using vs. not using a laptop). Applying the principles of non-experimental research, you are barred from concluding that seating location causes laptop usage because you are only observing variables without any experimental manipulation.

Key points:

  • Applies the non-experimental design to identify seating location as a measured variable.
  • Applies the non-experimental design to identify laptop usage as a measured variable.
  • Applies the scientific limitation of non-experimental research to state that a causal conclusion cannot be drawn.

Rubric: The answer must identify the two measured variables (seating location and laptop usage) and state that a causal conclusion (or causality) cannot be drawn because there is no experimental manipulation.

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Updated 2026-05-27

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Research Methods in Psychology - 4th American Edition @ KPU

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