A reinforcement schedule in which some, but not all, the occurrences of a response are reinforced.

A reinforcement schedule in which some, but not all, the occurrences of a response are reinforced.

• A. CRF
• B. Generalization
• C. Positive Punishment
• D. Intermittent Reinforcement Schedule

Answer: (D)

Partial reinforcement occurs when a behavior is reinforced only on some occasions, not every time it occurs. This pattern is described by intermittent reinforcement schedules, which deliver reinforcement on some trials and not on others. The statement “some, but not all, occurrences are reinforced” aligns exactly with that concept. Continuous reinforcement would reinforce every instance of the response, so it does not fit. Generalization is about responding to stimuli similar to the trained one, not about how often reinforcement occurs. Positive punishment involves adding an adverse consequence to reduce behavior, which is a different process from how reinforcement is scheduled. Intermittent reinforcement schedules encompass various patterns where reinforcement is given on a subset of occurrences, and they often lead to more persistent responding and slower extinction.

Partial reinforcement occurs when a behavior is reinforced only on some occasions, not every time it occurs. This pattern is described by intermittent reinforcement schedules, which deliver reinforcement on some trials and not on others. The statement “some, but not all, occurrences are reinforced” aligns exactly with that concept.

Continuous reinforcement would reinforce every instance of the response, so it does not fit. Generalization is about responding to stimuli similar to the trained one, not about how often reinforcement occurs. Positive punishment involves adding an adverse consequence to reduce behavior, which is a different process from how reinforcement is scheduled. Intermittent reinforcement schedules encompass various patterns where reinforcement is given on a subset of occurrences, and they often lead to more persistent responding and slower extinction.