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Imagine you are designing a modern laboratory experiment to test how Pavlov's classical conditioning applies to canine behavior. How would you operationally define both the independent variable (the stimulus pairing) and the dependent variable (the learned behavior) to ensure a measurable and reliable research design?

Question: Imagine you are designing a modern laboratory experiment to test how Pavlov's classical conditioning applies to canine behavior. How would you operationally define both the independent variable (the stimulus pairing) and the dependent variable (the learned behavior) to ensure a measurable and reliable research design?

Sample answer: To apply this design, the independent variable (stimulus pairing) can be operationally defined as the presentation of a 500 Hz tone for 5 seconds followed immediately by the presentation of 10 grams of dog food. The dependent variable (learned behavior) can be operationally defined as the volume of saliva (in milliliters) collected from the dog within 10 seconds of the tone sounding, before any food is delivered.

Key points:

  • Operational definition of the independent variable as a paired neutral and unconditioned stimulus.
  • Operational definition of the dependent variable as a measurable response (salivation volume or rate).
  • Application of Pavlov's conditioning paradigm to a concrete, operationalized research design.

Rubric: Full credit is given if the answer provides clear, measurable operational definitions for both the stimulus pairing (independent variable) and the learned behavior (dependent variable) based on Pavlov's conditioning paradigm. Partial credit is given if only one variable is operationally defined, or if the definitions lack concrete measurability.

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Updated 2026-05-27

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Research Methods in Psychology - 4th American Edition @ KPU

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