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66 Cards in this Set
- Front
- Back
Associative Learning |
Learning that certain events occur together. The events may be two stimuli (as in classical conditioning) or a response and its consequence (as in operant conditioning). |
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Cognitive Learning |
The acquisition of mental information, whether by observing events, by watching others, or through language |
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Classical Conditioning |
Learning to link two or more stimuli and anticipate events |
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Behaviorism |
Theory that human and animal behavior can be explained in terms of conditioning. Psychology should be an objective science. |
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Respondent behavior |
Occurs as an automatic response to some stimulus |
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Neutral stimulus |
In classical conditioning, a stimulus that elicits no response before conditioning |
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Unconditioned response |
In classical conditioning, an unlearned, naturally occurring response (such as salivating) to an unconditioned response (such as food in mouth) |
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Unconditioned stimulus |
In classical conditioning, a stimulus that unconditionally - naturally and automatically - triggers a response |
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Conditioned response |
In classical conditioning, a learned response to a previously neutral (but now conditioned) stimulus |
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Conditioned stimulus |
In classical conditioning, an originally irrelevant stimulus that, after association with an unconditioned stimulus, comes to trigger a conditioned response |
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Acquisition |
1. In classical conditioning, the initial stage, when one links a neutral stimulus with an unconditioned stimulus so that the neutral stimulus begins triggering the conditioned response. 2. In operant conditioning, the strengthening of a reinforced response. |
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Higher-order conditioning |
Conditioned stimulus is paired with neutral stimulus, creating a second conditioned stimulus. Example: animal learned that a tone predicts food. If light predicts tone, an animal may learn to respond to the light alone. |
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Extinction |
The diminishing of a conditioned response 1. Occurs in classical conditioning when an unconditioned stimulus does not follow a conditioned stimulus. 2. Occurs in operant conditioning when a response is no longer reinforced. |
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Spontaneous recovery |
The reappearance, after a pause, of an extinguished conditioned response. |
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Operant conditioning |
A type of learning in which behavior is strengthened if followed by a reinforcer or diminished if followed by a punisher |
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Law of effect |
Thorndike's principle that behaviors followed by favorable consequences become more likely, behaviors followed by unfavorable consequences become less likely |
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Operant chamber |
Skinner box |
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Shaping |
An operant conditioning procedure I'm which reinforces guide behavior closer and closer toward desired behavior |
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Negative reinforcement |
In operant conditioning, strengthens a response by reducing or removing something negative.
NEGATIVE REINFORCEMENT IS NOT PUNISHMENT |
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Primary reinforcer |
Innately reinforcing stimulus, such as one that satisfies a biological need. Unlearned. Like getting food when hungry. |
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Conditioned reinforcer |
A stimulus that gains its reinforcing power through its association with a primary reinforcer. Like money to get food to solve hunger. |
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6 reinforcement schedules |
Continuous reinforcement Partial (intermittent) reinforcement Fixed-ratio schedule Variable-ratio schedule Fixed-interval schedule Variable-interval schedule |
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Fixed-ratio schedule |
Reinforce behavior after set number of responses. Free drink for every 10 purchased |
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Variable-ratio schedule |
Provides reinforcement after a seemingly unpredictable number of responses. Slot machines. Fly fishing. |
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Fixed interval schedule |
Reinforce the first response after a fixed time period. Animals respond more frequently as the anticipated time for reward draws near. Check mail more and more as it gets closer to delivery time. |
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Variable-interval schedule |
Reinforce the first response after varying time intervals. Waiting for Facebook notification. |
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Operant behavior |
Behavior that operates on the environment, producing consequences |
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Respondent vs. Operant behavior |
Respondent: involuntary Operant: voluntary |
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Cognitive map |
A mental representation of the layout of one's environment |
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Latent learning |
Learning that occurs but isn't apparent until there's incentive to demonstrate it. |
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Intrinsic motivation |
A desire to perform a behavior for its own sake |
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Extrinsic motivation |
Desire to perform a behavior to receive promised rewards or avoid punishment |
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Mirror neurons |
Frontal lobe neurons that may fire when performing certain tasks or watching others do so. May enable imitation and empathy |
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Recall vs. Recognition |
Recall: person must retrieve info learned earlier. (fill in the blank test) Recognition: person must only identify items learned earlier. (multiple choice test) |
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Encoding |
Gets information into the brain |
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Storage |
Retain information in memory |
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Short term memory |
Holds only a few items briefly |
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Long term memory |
Relatively permanent and limitless storehouse of memories |
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Working memory |
A newer understanding of short term memory: conscious, active processing of incoming auditory and visual-spatial information, and of information retrieved from long term memory Happens in frontal lobes. Numbers on left side. Visuals on right side. |
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Explicit memory |
Facts and experiences that one can consciously know and declare. AKA declarative memory |
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Implicit memory |
Retention independent of conscious recollection. AKA non-declarative memory |
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Iconic vs. Echoic memory |
Iconic: A momentary sensory memory of visual stimuli Echoic: A momentary sensory memory of auditory stimuli |
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Spacing effect |
Memories stick better if learned over time rather than "cramming" |
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Testing effect |
Enhanced memory after retrieving |
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Shallow vs. Deep Processing |
Shallow: basic encoding, such as a word's sound or letters Deep: semantic encoding, based on a word's meaning. |
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Hippocampus |
In memory: Temporal lobe neural center, located in the limbic system, is brain equivalent of a save button for explicit memories. |
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Long term potentiation |
An increase in a cell's firing potential after a brief, rapid stimulation. Believed to be a neural basis for learning and memory |
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Serial position effect |
Tendency to remember best the first and last words in a list |
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Amnesia: anterograde vs. Retrograde |
Anterograde: can't form new memories Retrograde: can't remember the past |
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Proactive interference |
The disruptive effect of prior learning on the retrieval of new information. If you buy a lock, knowledge of an old combination interferes with the memory of the new combination. |
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Retroactive interference |
The disruption effect of new learning on the recall of old information. If someone sings new lyrics to an old song, you may have trouble remembering the original lyrics. |
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Positive transfer |
Old memory helps new memories. Knowing Latin helps learn French |
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3 ways we forget |
Encoding failure (never formed memory) Storage decay (info fades) Retrieval failure (due to interference or motivated forgetting) |
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Source amnesia |
Attributing to the wrong source an event we have experienced, heard about, read about, or imagined. This is at the heart of many false memories |
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Algorithm |
Methodical, logical rule or procedure that guarantees solving a problem Look at every item in the store to find what you need |
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Heuristic |
Simple thinking strategy that often allows us to make judgements more quickly. Seek item in store based on labelled aisles |
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Insight |
A sudden realization of a problem's solution. Contrasts with strategy-based solutions. Occurs in the right temporal lobe, just above ear |
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Mental set |
Tendency to approach a problem in one particular way, often a way that has been successful in the past. Set in your ways |
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Availability heuristic |
Estimating the likelihood of events based on their availability in memory. If instances readily come to mind, we presume such events are common. |
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Perceptual set |
Predisposes what we perceive. |
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Phoneme |
In language, the smallest distinctive sound unit |
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Morphemes |
In language, the smallest units that carry meaning. Some are also phonemes. Such as I or a. |
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Aphasia |
Impairment of language, usury caused by left hemisphere damage either to Broca's area (impairing speaking) or Wernicke's area (impairing understanding). |
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Broca's area |
Left hemisphere of frontal lobe. Controls language and expression. Directs muscle movements involved in speech. |
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Wernicke's area |
Controls language comprehension, reception, and expression. Left temporal lobe. |
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Linguistic determination |
Whorf's hypothesis that language determines the way we think Hopi have no language for the past, and cannot readily think about the past. |