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This deck focuses on 7c Cognitive Processes Learning, giving you a quick way to review the definitions, rules, and examples that matter most for MCAT Psychological Social Foundations.
Study 7c Cognitive Processes 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 schedule: reinforcement after a variable number of responses.
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Variable-ratio schedule. Unpredictable count maintains high, steady responding.
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This deck focuses on 7c Cognitive Processes 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: Variable-ratio schedule. Unpredictable count maintains high, steady responding.
Answer: Adding a stimulus to increase the frequency of a behavior. The behavior is strengthened by presenting a reward.
Answer: Generalization: similar stimuli elicit CR; discrimination: only CS does. Generalization extends the response to similar stimuli, while discrimination refines it to the specific conditioned stimulus through differential reinforcement.
Answer: Adding a stimulus to increase behavior frequency. Like giving praise or rewards to encourage repetition.
Answer: Conditioning depends on prediction error (unexpectedness of the US). The model posits that learning strengthens when the unconditioned stimulus is surprising, quantifying associative changes via prediction errors.
Answer: Person, behavior, and environment mutually influence each other. Bidirectional causation creates a dynamic system of influence.
Answer: Learning that occurs without reinforcement and appears when needed. Knowledge remains dormant until a situation requires its use.
Answer: Fixed-interval schedule. First response after set time earns reinforcement.
Answer: Learning by watching others and the outcomes of their actions. Bandura's theory highlights how individuals acquire behaviors by imitating models, especially when outcomes are observed as rewarding or punishing.
Answer: Repeated, controlled exposure to feared stimuli to reduce fear via extinction. It facilitates habituation and extinction by confronting phobic stimuli directly, reducing avoidance and anxiety in behavioral treatments.
Answer: Fixed: set time; Variable: unpredictable time until reinforcement. Fixed has predictable delays; variable has random delays.
Answer: Fixed: set time; variable: unpredictable time before reward availability. Fixed interval reinforces after a consistent time lapse, whereas variable interval uses unpredictable intervals, affecting scalloped or steady response rates.
Answer: Initial learning phase when CS–US association is formed. The period when the neutral stimulus becomes conditioned.
Answer: Learning that occurs without reinforcement and appears later. Tolman's rats showed knowledge only when motivated by reward.
Answer: Learning via CS–US pairing so CS elicits a reflexive CR. This process involves associating a neutral stimulus with an unconditioned one to produce an involuntary response, forming the basis of Pavlovian learning.
Answer: Increased behavior after seeing a model rewarded for it. Observing positive outcomes motivates adoption of the behavior.
Answer: Fixed-interval schedule. Time-based with scalloped response pattern near interval end.
Answer: A mental representation of spatial relationships. Tolman's rats developed these even without reinforcement.
Answer: System where tokens are earned and exchanged for reinforcers. This operant technique uses symbolic reinforcers to bridge delays, promoting desired behaviors in therapeutic or educational settings.
Answer: Fixed: set responses; variable: unpredictable responses for reward. Fixed ratio provides reinforcement after a predictable number of responses, while variable ratio uses an average, leading to different response patterns.
Answer: Adding an aversive stimulus to decrease behavior frequency. Like scolding or giving extra work to discourage behavior.
Answer: A mental representation of spatial relationships in an environment. Internal navigation system formed through environmental exploration.
Answer: Belief in one's ability to succeed at a specific task. Influences persistence and effort; shaped by past experiences.
Answer: Fixed-ratio schedule. Predictable count creates steady response patterns.
Answer: Stimulus that naturally elicits an unconditioned response. Triggers an automatic, unlearned response without prior conditioning.
Answer: Negative reinforcement increases behavior; punishment decreases behavior. Negative reinforcement strengthens behavior by removing an unpleasant stimulus, whereas punishment aims to weaken it through adverse consequences.
Answer: Previously neutral stimulus that predicts the unconditioned stimulus. Through pairing, it gains the ability to trigger a learned response.
Answer: Self-efficacy (belief in one's ability to perform a behavior). Confidence in ability predicts successful behavior change.
Answer: Sudden problem solving via a new mental representation of relationships. Kohler's work illustrated how reorganization of perceptual elements leads to abrupt solutions, contrasting trial-and-error learning methods.
Answer: Fixed-ratio schedule. Every nth response earns reinforcement (e.g., every 5th).
Answer: Behavior decreases when reinforcement is withheld. Withholding reinforcement results in the gradual decline of the previously reinforced behavior in operant contexts.
Answer: Removing a valued stimulus to decrease a behavior. It involves withdrawing a desirable stimulus to diminish the occurrence of an unwanted behavior in operant paradigms.
Answer: Initial learning of the CS–US association. The phase when the organism learns to connect CS and US.
Answer: Conditioned aversion (classical conditioning of an aversive response). Creates negative associations through classical conditioning.
Answer: Decreased behavior after seeing a model punished. Observer avoids behaviors that led to negative outcomes for others.
Answer: Positive adds a stimulus; negative removes an aversive stimulus. Both increase behavior but through different mechanisms.
Answer: Learning by watching others and the consequences they receive. Bandura's theory where behaviors are acquired through observation.
Answer: Variable ratio schedule. It maintains high response rates due to unpredictability, mimicking addictive behaviors like gambling in operant conditioning schedules.
Answer: Removing a desirable stimulus to decrease the frequency of a behavior. The behavior is weakened by taking away something pleasant.
Answer: Extinction burst. Temporary increase in responding when reinforcement stops.
Answer: Modeling is demonstrating; imitation is copying the demonstrated act. One shows the behavior; the other replicates what was shown.
Answer: Attention, retention, reproduction, motivation. ARRM: must notice, remember, be able to do, and want to do it.
Answer: Learning by associating two stimuli so one predicts the other. Pavlov's dogs exemplify this pairing process.
Answer: Increased behavior after observing another person being rewarded. Learning occurs by observing consequences to others.
Answer: A sudden realization of a problem's solution. Kohler's chimps solved problems through understanding, not trial-and-error.
Answer: Variable-interval schedule. Unpredictable timing produces steady, moderate response rates.
Answer: Variable-interval schedule. Unpredictable timing produces steady, moderate response rates.
Answer: Learning depends on surprise: mismatch between expected and actual US. Learning is strongest when outcomes violate expectations.
Answer: Learning by watching others and modeling their behavior. Requires attention, retention, reproduction, and motivation.
Answer: Variable-ratio schedule. Unpredictable response count creates high, steady responding.
Answer: Assimilation fits schemas; accommodation changes schemas. New info either fits existing mental structures or requires restructuring.
Answer: External rewards reduce intrinsic motivation for a task. Rewards can undermine natural enjoyment of activities.
Answer: Adding an aversive stimulus to decrease the frequency of a behavior. The behavior is weakened by presenting something unpleasant.
Answer: Conditioned (learned) fear. This occurs through classical conditioning where a neutral cue paired with threat elicits anticipatory fear, underlying many anxiety responses.
Answer: Internal, stable attribution (ability-based). Attributes failure to unchangeable personal characteristics.
Answer: Primary: innate value; secondary: learned value via association. Primary reinforcers satisfy basic biological needs inherently, while secondary ones gain value through classical conditioning associations.
Answer: Removing a desired stimulus to decrease behavior frequency. Like taking away privileges or toys.
Answer: Belief in one's ability to perform behaviors needed to reach goals. It represents an individual's confidence in executing actions for desired outcomes, influencing motivation and persistence in social cognitive frameworks.
Answer: Learning by watching others and the consequences they receive. Bobo doll experiments showed children imitate observed aggression.
Answer: Decreased behavior after seeing a model punished for it. Observing negative consequences discourages the behavior.
Answer: Intrinsic: internal interest; extrinsic: external reward or avoidance. One comes from within; the other from outside consequences.
Answer: Removing an aversive stimulus to increase behavior frequency. Like stopping nagging when chores are done.
Answer: Removing an aversive stimulus to increase the frequency of a behavior. The behavior is strengthened by ending something unpleasant.
Answer: Systematic desensitization. Wolpe's technique uses counterconditioning by progressively exposing individuals to anxiety-provoking stimuli while inducing incompatible relaxation states.
Answer: Attention, retention, reproduction, motivation. ARRM: must notice, remember, be able to do, and want to do it.
Answer: A CS becomes associated with a new stimulus, creating a new CS. The first CS can train a second neutral stimulus without the US.
Answer: Intrinsic is internal interest; extrinsic is external reward. Behavior driven by enjoyment vs. external consequences.
Answer: Sudden solution realization by reorganizing the problem mentally. "Aha!" moment when pieces suddenly fit together mentally.
Answer: High-probability behavior reinforces a low-probability behavior. This principle leverages preferred activities as reinforcers for less preferred ones, based on their relative probabilities in behavior modification.
Answer: Person, behavior, and environment mutually influence each other. Bandura's triadic model of bidirectional interactions.
Answer: Belief that a behavior will lead to a specific outcome. Expectations about consequences influence behavior choices.
Answer: How people explain causes of behavior and outcomes. Internal vs. external and stable vs. unstable causal beliefs.
Answer: Variable-ratio schedule. Gambling-like unpredictability creates strongest response patterns.
Answer: Learned response elicited by the conditioned stimulus. Results from pairing CS with US during conditioning trials.
Answer: Learning without reinforcement, shown when incentive becomes available. Tolman's experiments showed that cognitive maps form without immediate rewards, emerging when motivation arises, challenging strict behaviorism.
Answer: Modeling is demonstrating; imitation is copying the model. Models perform behaviors; observers reproduce what they see.
Answer: Variable-ratio reinforcement schedule. Unpredictable rewards create persistent responding.
Answer: Learning by watching others and imitating their behavior. Also called social learning; requires no direct reinforcement.
Answer: Belief in one's ability to perform behaviors to reach a goal. Confidence in executing actions affects motivation and persistence.
Answer: Learning in which consequences shape the likelihood of behavior. Skinner's work showed how rewards and punishments modify behavior.
Answer: Adding an aversive stimulus to decrease a behavior. This form of punishment introduces an undesirable stimulus to reduce the likelihood of the behavior recurring in operant conditioning.
Answer: Increased behavior after seeing a model rewarded. Observer learns from consequences experienced by the model.
Answer: Learning in which consequences shape voluntary behavior. It relies on rewards and punishments to modify voluntary actions, emphasizing the role of environmental consequences in behavior shaping.
Answer: Restoring balance between schemas and new information. Cognitive conflict drives schema modification and learning.
Answer: Partial reinforcement effect. Intermittent reinforcement creates greater resistance to extinction.
Answer: External rewards reduce intrinsic motivation for a task. Paying for previously enjoyed activities decreases enjoyment.
Answer: External attribution (situation-based). Blames circumstances rather than personal factors.