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This deck focuses on 7c Classical Conditioning Associative Learning, giving you a quick way to review the definitions, rules, and examples that matter most for MCAT Psychological Social Foundations.
Study 7c Classical Conditioning Associative Learning in MCAT Psychological Social Foundations with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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Identify the conditioning type: a tone is paired with food until salivation occurs to the tone.
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Classical conditioning. Tone (CS) paired with food (US) produces salivation (CR).
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This deck focuses on 7c Classical Conditioning Associative Learning, giving you a quick way to review the definitions, rules, and examples that matter most for MCAT Psychological Social Foundations.
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: Classical conditioning. Tone (CS) paired with food (US) produces salivation (CR).
Answer: Food = US; salivation = UR. Food naturally triggers salivation without learning.
Answer: Learning by associating two stimuli so a neutral stimulus elicits a response. Pavlov's discovery: pairing stimuli creates new learned connections.
Answer: Initial learning phase when CS is paired with US to produce a CR. Repeated pairings strengthen the CS-CR association.
Answer: Stimulus generalization. Fear spreads to perceptually similar stimuli.
Answer: A learned response elicited by the conditioned stimulus. Same as UR but now triggered by the CS instead of US.
Answer: A new CS is paired with an existing CS to elicit a CR without the US. Original CS acts like a US for the new CS.
Answer: A stimulus that naturally elicits a reflexive response. Triggers automatic responses without prior learning.
Answer: Blocking. Prior learning prevents new associations from forming.
Answer: CS ends before the US begins, with a time gap between them. The gap requires memory to bridge CS and US.
Answer: A learned response elicited by the conditioned stimulus. Mimics the UR but is triggered by the CS alone.
Answer: Learning via association between a neutral stimulus and an unconditioned stimulus. Neutral stimulus gains power to trigger response through repeated pairing.
Answer: Acquisition. CS-US pairings strengthen until reliable CR emerges.
Answer: Unlearned, reflexive response elicited by the unconditioned stimulus. This automatic response requires no prior learning or experience.
Answer: Forward pairing (CS precedes US). CS preceding the US allows it to serve as a reliable signal, optimizing associative learning.
Answer: An unlearned reflexive response to the unconditioned stimulus. Occurs automatically without prior learning or experience.
Answer: A stimulus that does not elicit the target response before pairing. Like a bell that initially has no special meaning.
Answer: A previously neutral stimulus that now elicits a learned response. Through pairing with US, NS transforms into CS.
Answer: Classical links stimuli; operant links behavior to consequences. Classical is passive association; operant is active learning.
Answer: Blocking. Prior learning prevents new associations from forming.
Answer: CS begins before the US and overlaps with it. This timing produces the strongest conditioning.
Answer: Temporal contiguity. Closer timing produces stronger conditioning.
Answer: Taste aversion (Garcia effect). Evolution prepared us to link nausea with taste, not other cues.
Answer: Learning depends on prediction error: actual US minus expected US. Learning occurs when outcomes differ from expectations.
Answer: Learning by associating two stimuli to elicit an involuntary response. Pavlov's discovery: pairing stimuli creates automatic responses.
Answer: Blocking. The existing association prevents new learning.
Answer: Rapid taste–illness learning, often after long delays, with biological preparedness. Evolution prepared us to associate taste with sickness.
Answer: Learned aversion to a taste paired with nausea, often after one trial. Evolutionary adaptation: rapid learning prevents repeated poisoning.
Answer: Delayed conditioning. Most effective: CS overlaps with US onset.
Answer: A previously neutral stimulus that now elicits a learned response. Through repeated pairing, it gains power to trigger responses.
Answer: A learned response elicited by the conditioned stimulus. Acquired through conditioning, often similar to UR.
Answer: Spontaneous recovery. Extinguished associations resurface after time delay.
Answer: A previously neutral stimulus that elicits a response after being paired with the US. Through repeated pairing, it gains the power to trigger responses.
Answer: Extinction. CS alone gradually loses its power to elicit the CR.
Answer: CS and US occur close together in time. Facilitates stronger associations when the CS and US are presented in close temporal proximity.
Answer: Stimulus discrimination. Training refines responses to respond only to the precise CS, ignoring similar but distinct stimuli.
Answer: How noticeable or attention-grabbing a stimulus is. More salient stimuli form stronger associations faster.
Answer: Trace conditioning. A time gap exists between CS offset and US onset.
Answer: Learning tracks prediction error: unexpected US produces learning. Learning occurs when outcomes differ from expectations.
Answer: Forward conditioning (CS precedes US). CS must predict US; simultaneous/backward timing fails.
Answer: A reflexive response naturally elicited by the unconditioned stimulus. Automatic, unlearned reaction like salivating to food.
Answer: A neutral stimulus becomes a CS by pairing with an established CS. The original CS acts like a US for the new stimulus.
Answer: Contingency is predictive relationship; contiguity is temporal closeness. Prediction matters more than just timing for learning.
Answer: Acquisition. The initial learning phase where associations form.
Answer: Classical pairs stimuli; operant pairs behavior with consequences. Classical involves involuntary associations between stimuli, while operant shapes voluntary behaviors via consequences.
Answer: Learning depends on prediction error (surprise) about the US. Greater surprise produces stronger conditioning.
Answer: A previously neutral stimulus that predicts the unconditioned stimulus. Gains significance through repeated pairing with the US.
Answer: A learned response elicited by the conditioned stimulus. Results from associative learning between CS and US.
Answer: A more salient CS reduces conditioning to a less salient CS presented together. Stronger stimulus dominates weaker one in competition.
Answer: Latent inhibition. Familiarity reduces associability.
Answer: Learning by associating two stimuli so one predicts the other. Forms predictive associations between environmental events.
Answer: Backward conditioning. Generally ineffective as CS cannot predict an already-occurred US.
Answer: Prior CS–US learning prevents a new stimulus from becoming a CS. Existing association blocks new learning (Kamin effect).
Answer: Contingency (CS–US predictiveness). Learning is strongest when CS reliably predicts US occurrence.
Answer: Preexposure to CS slows later conditioning because CS seems irrelevant. Familiarity without consequence reduces stimulus salience.
Answer: A stimulus that naturally and automatically elicits a response. Like food causing salivation without any prior learning.
Answer: Learning is driven by prediction error (surprise) about the US. Unexpected outcomes drive stronger learning.
Answer: A new CS is learned by pairing it with an existing CS. Original CS substitutes for US in new learning.
Answer: Learned response elicited by the conditioned stimulus. This response is acquired through the conditioning process.
Answer: How close in time the CS and US occur. Temporal proximity facilitates association formation.
Answer: A CS is paired with a new neutral stimulus to condition it. The original CS acts like a US for the new stimulus.
Answer: Preexposure to CS slows later conditioning when CS is paired with US. Familiarity from preexposure reduces the CS's novelty, inhibiting new associations with a US.
Answer: Learning is strengthened when CS and US occur close in time. Temporal proximity enhances association formation.
Answer: Forward: CS before US; backward: CS after US. Forward is more effective for learning associations.
Answer: Reappearance of an extinguished CR after a rest period. Demonstrates that extinction suppresses but does not fully erase the original conditioning.
Answer: An unlearned, automatic response to the unconditioned stimulus. Occurs reflexively and automatically in response to the unconditioned stimulus, without learning.
Answer: Latent inhibition. Familiarity without consequence reduces associability.
Answer: Stimulus generalization. Conditioned responses extend to stimuli sharing features with the original CS due to similarity.
Answer: Blocking. The established predictor captures all learning.
Answer: Learning to respond only to the specific CS and not similar stimuli. Allows precise responses by distinguishing between relevant and irrelevant cues.
Answer: A previously neutral stimulus that elicits a learned response. Gains response-eliciting power through pairing with US.
Answer: Blocking. The first CS already predicts the US, preventing new learning.
Answer: Learning is driven by prediction error (surprise) about the US. Unexpected outcomes drive stronger learning than expected ones.
Answer: Blocking. Prior learning prevents new CS-US associations.
Answer: Learned ability to respond to the CS but not to similar stimuli. Allows precise responses to specific stimuli only.
Answer: CS occurs before the US. Most effective timing for establishing associations.
Answer: Decrease of CR when CS is repeatedly presented without the US. Results from presenting the CS without the US, weakening the learned association over time.
Answer: Initial learning phase when the CS becomes associated with the US. Repeated CS-US pairings strengthen the association.
Answer: An unlearned reflexive response to the unconditioned stimulus. Occurs automatically without any learning history.
Answer: Degree to which CS predicts the US (CS provides information about US). Predictive relationship matters more than mere co-occurrence.
Answer: Classical pairs stimuli; operant pairs behavior with consequences. Classical is passive stimulus association; operant is active behavior shaping.
Answer: A learned response elicited by the conditioned stimulus. Acquired through association, not innate like the UR.
Answer: Conditioned taste aversion. One-trial learning with long CS-US delays, biologically prepared.
Answer: Classical conditioning (tone becomes CS; salivation becomes CR). Pavlov's paradigm: neutral stimulus gains response power.
Answer: CS occurs after the US. Ineffective because CS cannot predict what already happened.
Answer: Conditioned stimulus (CS). Initially neutral, it gains response-eliciting power through pairing.
Answer: Blocking. Prior learning prevents new associations from forming.
Answer: Learning depends on prediction error (surprise) of the US. Mathematical model showing learning occurs when outcomes differ from expectations.
Answer: Acquisition. Phase where CS-US pairing strengthens until CR reliably occurs.
Answer: Conditioned inhibition. CS becomes safety signal, actively suppressing fear or other responses.
Answer: Acquisition (tone becomes CS; salivation to tone is CR). Illustrates the initial phase where repeated CS-US pairings establish the conditioned response.
Answer: Latent inhibition. Familiarity without consequence makes later conditioning harder.
Answer: Learning by associating two stimuli so one predicts the other. Forms predictive associations between environmental stimuli.
Answer: Acquisition. Through repeated CS-US pairings, association forms.
Answer: A previously neutral stimulus that elicits a response after being paired with the US. Gains response-triggering power through association with US.
Answer: A previously neutral stimulus that gains predictive value after pairing. Through repeated pairings with US, it predicts US occurrence.
Answer: Learning depends on surprise: the discrepancy between expected and actual US. Greater surprise (prediction error) drives stronger learning.
Answer: Learning by associating two stimuli so one predicts the other. Forms associations between neutral and meaningful stimuli through repeated pairing.
Answer: Operant conditioning. Differs from classical by focusing on voluntary behaviors and their outcomes.
Answer: A CS becomes associated with a new neutral stimulus, forming a new CS. Extends conditioning by pairing a new neutral stimulus with an established CS, creating chains of associations.