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This deck focuses on Classical Conditioning, giving you a quick way to review the definitions, rules, and examples that matter most for AP Psychology.
Study Classical Conditioning in AP Psychology with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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In classical conditioning, what is the term for a stimulus that initially does not elicit the UR?
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Neutral stimulus. It has no initial effect on behavior before conditioning begins.
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This deck focuses on Classical Conditioning, giving you a quick way to review the definitions, rules, and examples that matter most for AP Psychology.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Neutral stimulus. It has no initial effect on behavior before conditioning begins.
Answer: It shows certain stimuli are more easily associated with others based on biological relevance. It shows that some stimulus combinations are biologically favored over others.
Answer: The reappearance of a CR after a pause, following extinction. Shows that extinguished responses are not permanently erased from memory.
Answer: The phase where the CS and US are paired to elicit a CR. Repeated pairings strengthen the association between CS and US.
Answer: The learned ability to distinguish between a CS and other irrelevant stimuli. This prevents inappropriate responses to irrelevant environmental cues.
Answer: A new CS paired with an established CS does not elicit a CR if it provides no new information. Redundant cues that don't add predictive value aren't learned.
Answer: A learning process that involves associations between stimuli. This forms the foundation of Pavlovian learning theory.
Answer: A formerly neutral stimulus that elicits a conditioned response. Through repeated pairing with the US, it gains the power to trigger responses.
Answer: A learned response to a previously neutral stimulus. It develops through the association between CS and US during conditioning.
Answer: The CR gradually diminishes, leading to extinction. The CS-US association weakens without reinforcement from the US.
Answer: Salivation in response to food. The natural physiological response to food presentation.
Answer: A learned response to a previously neutral stimulus. It develops through the association between CS and US during conditioning.
Answer: A formerly neutral stimulus that elicits a conditioned response. Through repeated pairing with the US, it gains the power to trigger responses.
Answer: Learning occurs when the US is surprising or unexpected, altering predictions. Unexpected events drive learning by updating predictive associations.
Answer: A stimulus that naturally triggers a response. It produces a response without any prior learning or conditioning.
Answer: It suggests that conditioning depends on the predictive value of the CS. Learning occurs when events violate expectations about stimulus relationships.
Answer: A process where a CS is paired with a new neutral stimulus, creating a second CS. This extends conditioning beyond the original CS-US pairing.
Answer: The diminishing of a conditioned response when the CS is no longer paired with the US. Without reinforcement, the learned association weakens over time.
Answer: Organisms are more easily conditioned to associate stimuli that are biologically relevant. Evolution favors associations that promote survival and reproduction.
Answer: Neutral stimulus. It has no initial effect on behavior before conditioning begins.
Answer: Cognitive processes influence how associations are formed and interpreted. Expectations and attention affect how associations are formed and maintained.
Answer: Temporal contiguity refers to the closeness in time of the CS and US presentation. Closer timing between CS and US produces stronger conditioning effects.
Answer: The reappearance of a CR after a pause, following extinction. Shows that extinguished responses are not permanently erased from memory.
Answer: Conditioning is most effective when the CS precedes the US closely in time. Optimal learning occurs with brief delays between CS and US presentation.
Answer: A learning process that involves associations between stimuli. This forms the foundation of Pavlovian learning theory.
Answer: Predictability of the CS-CR association strengthens conditioning. When the CS reliably predicts the US, stronger learning occurs.
Answer: Cognitive processes influence how associations are formed and interpreted. Expectations and attention affect how associations are formed and maintained.
Answer: A stimulus that naturally triggers a response. It produces a response without any prior learning or conditioning.
Answer: Ivan Pavlov. His experiments with dogs established the principles of classical conditioning.
Answer: A process where a CS is paired with a new neutral stimulus, creating a second CS. This extends conditioning beyond the original CS-US pairing.
Answer: Acquisition. This is when the CS-US association is first established.
Answer: The diminishing of a conditioned response when the CS is no longer paired with the US. Without reinforcement, the learned association weakens over time.
Answer: It shows certain stimuli are more easily associated with others based on biological relevance. It shows that some stimulus combinations are biologically favored over others.
Answer: The tendency to respond to stimuli similar to the CS. Occurs because similar stimuli activate the same neural pathways.
Answer: Predictability of the CS-CR association strengthens conditioning. When the CS reliably predicts the US, stronger learning occurs.
Answer: The phenomenon where prior exposure to a CS without the US makes later conditioning harder. Familiarity with the CS reduces its effectiveness in future conditioning.
Answer: Salivation in response to the bell. The learned response that mimics the natural salivation to food.
Answer: Salivation in response to the bell. The learned response that mimics the natural salivation to food.
Answer: Organisms are more easily conditioned to associate stimuli that are biologically relevant. Evolution favors associations that promote survival and reproduction.
Answer: Learning occurs when the US is surprising or unexpected, altering predictions. Unexpected events drive learning by updating predictive associations.
Answer: A learned avoidance of a food after a single pairing with illness. This adaptive mechanism helps organisms avoid potentially harmful foods.
Answer: The learned ability to distinguish between a CS and other irrelevant stimuli. This prevents inappropriate responses to irrelevant environmental cues.
Answer: An emotional reaction, such as fear, is conditioned to a previously neutral stimulus. Neutral stimuli become triggers for emotional states through repeated pairing.
Answer: Classical involves associations between stimuli; operant involves behavior and consequences. Classical is passive stimulus association; operant is active behavior modification.
Answer: Stimulus generalization. The CR extends to stimuli that share features with the original CS.
Answer: Food. The naturally appetizing stimulus that triggers salivation.
Answer: Contingency refers to the predictability of the CS-US relationship affecting learning strength. Strong CS-US relationships produce more robust conditioned responses.
Answer: It can be used to extinguish phobias through systematic desensitization. Gradual exposure to feared stimuli can reduce conditioned fear responses.
Answer: Excitatory strengthens a CR, while inhibitory weakens or inhibits it. Excitatory increases response probability; inhibitory decreases it.
Answer: A natural, unlearned reaction to an unconditioned stimulus. It occurs automatically without any training or conditioning required.
Answer: A learned avoidance of a food after a single pairing with illness. This adaptive mechanism helps organisms avoid potentially harmful foods.
Answer: A new CS paired with an established CS does not elicit a CR if it provides no new information. Redundant cues that don't add predictive value aren't learned.
Answer: Classical involves associations between stimuli; operant involves behavior and consequences. Classical is passive stimulus association; operant is active behavior modification.
Answer: It shows that some associations are learned more readily than others due to survival value. It demonstrates biological preparedness for survival-relevant associations.
Answer: A natural, unlearned reaction to an unconditioned stimulus. It occurs automatically without any training or conditioning required.
Answer: An emotional reaction, such as fear, is conditioned to a previously neutral stimulus. Neutral stimuli become triggers for emotional states through repeated pairing.
Answer: Acquisition. This is when the CS-US association is first established.
Answer: The phenomenon where prior exposure to a CS without the US makes later conditioning harder. Familiarity with the CS reduces its effectiveness in future conditioning.
Answer: The tendency to respond to stimuli similar to the CS. Occurs because similar stimuli activate the same neural pathways.
Answer: It suggests that conditioning depends on the predictive value of the CS. Learning occurs when events violate expectations about stimulus relationships.
Answer: The phase where the CS and US are paired to elicit a CR. Repeated pairings strengthen the association between CS and US.
Answer: It can be used to extinguish phobias through systematic desensitization. Gradual exposure to feared stimuli can reduce conditioned fear responses.
Answer: Salivation in response to food. The natural physiological response to food presentation.
Answer: Food. The naturally appetizing stimulus that triggers salivation.
Answer: First-order involves a direct CS-US pairing; higher-order involves a CS-CS pairing. Higher-order uses an established CS rather than the original US.
Answer: A dog salivating at the sound of a can opener. The can opener sound became a CS through association with food.
Answer: Contingency refers to the predictability of the CS-US relationship affecting learning strength. Strong CS-US relationships produce more robust conditioned responses.
Answer: Conditioning is most effective when the CS precedes the US closely in time. Optimal learning occurs with brief delays between CS and US presentation.
Answer: Ivan Pavlov. His experiments with dogs established the principles of classical conditioning.
Answer: A dog salivating at the sound of a can opener. The can opener sound became a CS through association with food.
Answer: First-order involves a direct CS-US pairing; higher-order involves a CS-CS pairing. Higher-order uses an established CS rather than the original US.
Answer: Excitatory strengthens a CR, while inhibitory weakens or inhibits it. Excitatory increases response probability; inhibitory decreases it.
Answer: Bell. The previously neutral sound that became associated with food.
Answer: Temporal contiguity refers to the closeness in time of the CS and US presentation. Closer timing between CS and US produces stronger conditioning effects.
Answer: Bell. The previously neutral sound that became associated with food.
Answer: The CR gradually diminishes, leading to extinction. The CS-US association weakens without reinforcement from the US.
Answer: Stimulus generalization. The CR extends to stimuli that share features with the original CS.
Answer: It shows that some associations are learned more readily than others due to survival value. It demonstrates biological preparedness for survival-relevant associations.