This in-depth study guide for ABA 503 – Chapter 3: Reflexive Behavior and Respondent Conditioning (2025/2026) provides 60 expertly answered questions, covering the foundational theories, mechanisms, and terminology of respondent behavior. It is designed for students pursuing university-level coursework in Applied Behavior Analysis (ABA), psychology, behavioral sciences, or those preparing for professional certifications such as BCBA or RBT.
The guide focuses on the phylogenetic (inherited) basis of behavior and the detailed processes of respondent (classical) conditioning, making it a key resource for mastering:
Core concepts of reflexes and elicited behavior
The primary laws of reflex: Law of Threshold, Law of Intensity-Magnitude, Law of Latency
Procedures like trace, delayed, simultaneous, and backward conditioning
Complex respondent processes such as blocking, overshadowing, habituation, extinction, and spontaneous recovery
Associative strength and Rescorla-Wagner model for understanding stimulus-response dynamics
Phenomena like conditioned suppression, taste aversion, conditioned place preference, and conditioned withdrawal
Distinctions between first- and second-order conditioning, and concepts like compound stimuli, reaction chains, and modal action patterns
Effects of CS and US pre-exposure, contextual stimuli, and temporal pairing
Presented in a structured flashcard-style Q&A format, this guide supports rapid review and long-term retention. It is especially useful for:
University students enrolled in ABA, psychology, or behavioral therapy programs
Graduate students preparing for exams in behavior analysis
BCBA/RBT candidates studying respondent conditioning principles
Educators and therapists-in-training needing applied examples of respondent behavior
Every entry is based on academically sound, expert-verified definitions, ensuring that learners are not only test-ready but also capable of applying these principles in practice.
Keywords:
ABA 503, respondent conditioning, reflexive behavior, unconditioned stimulus, conditioned stimulus, associative strength, Rescorla-Wagner model, blocking, overshadowing, trace conditioning, spontaneous recovery, respondent extinction, conditioned taste aversion, conditioned suppression, reflex laws, stimulus salience, temporal pairing, fixed action patterns, generalization gradient, phylogenetic behavior, habituation
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ABA503 - Chapter 3 Reflexive Behavior
and Respondent Conditioning 2025
Expert Verified | Ace the Test
the regulation of the system by negative feedback loops. involves self-
regulation to maintain an internal environment in a stable or constant
condition by means of multiple dynamic equilibrium adjustments - 🧠
ANSWER ✔✔homeostasis
as the intensity of an unconditioned stimulus (US) increases, so does the
magnitude or size of the unconditioned response (UR) - 🧠 ANSWER ✔✔law
of intensity magnitude
a conditioned stimulus (CS) that has been associated with an
unconditioned stimulus (US) blocks a subsequent CS-US association - 🧠
ANSWER ✔✔blocking
, a respondent conditioning procedure in which the conditioned stimulus
(CS) is presented for a brief period and after some time has elapsed the
unconditioned stimulus (US) occurs - 🧠 ANSWER ✔✔trace conditioning
a respondent conditioning procedure in which the conditioned stimulus
(CS) is presented for a few seconds before the unconditioned stimulus
(US) occur - 🧠 ANSWER ✔✔delayed conditioning
this effect occurs when a compound stimulus is used as the conditioned
stimulus (CS) in a respondent conditioning experiment. the most salient
property of the compound stimulus comes to regulate exclusively the
conditioned response - 🧠 ANSWER ✔✔overshadowing
a respondent conditioning procedure in which the conditioned stimulus
(CS) and unconditioned stimulus (US) are presented at the same moment -
🧠 ANSWER ✔✔simultaneous conditioning
involves the presentation of the conditioned stimulus without the
unconditioned stimulus after acquisition has occurred - 🧠 ANSWER
✔✔respondent extinction
phylogenetic sequences of behavior, where an environmental stimulus sets
off behavior that produces stimuli that set of the next set of responses in