Learning, Memory, & Language Flashcards

(44 cards)

1
Q

Classical Conditioning

A

CS + UCS (UCR) = CS – UCR (CR)

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2
Q

Instrumental (operant) Conditioning

A

Behaviour followed by reinforcement or punishment

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3
Q

Reinforcement

A

Increases behaviour

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4
Q

Punishment

A

Decreases behaviour

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5
Q

+ reinforcement

A

adding something to increase behaviour

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6
Q
  • reinforcement
A

taking something away to increase behaviour

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7
Q

+ punishment

A

adding something to decrease behaviour

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8
Q
  • punishment
A

taking something away to decrease behaviour

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9
Q

Lashley’s Engrams

A

physical representations of learning in the brain structure

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10
Q

Equipotentiality

A

Lashley’s idea that all areas of the cortex contrbute equally to learning and complex functioning behaviours

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11
Q

Mass action

A

The cortex works as a whole - the more cortex, the better

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12
Q

Thompson on Classical Conditioning

A

It occurs in the lateral interpositus nucleus (LIP) of the cerebellum, not the cortex

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13
Q

Hebb

A

Short term and long term memory

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14
Q

STM

A

7 +/- 2 - must be consolidated to get to LTM

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15
Q

Baddeley & Hitch

A

Working memory - temporary storage

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16
Q

Working memory happens in the

A

prefrontal cortex

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17
Q

Case of H.M.

A

had hippocampus removed to prevent epilepsy. -Anterograde amnesia

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18
Q

Anterograde amnesia

A

loss of ability to form new long-term memories

19
Q

Retrograde amnesia

A

loss of long-term memories from before surgery

20
Q

Declarative memory

A

Explicit. episodic, semantic

21
Q

Non-declarative memory

A

Implicit. Procedural, other

22
Q

Hippocampus is imperative for

A

declarative memory, esp. episodic, spatial, contextual

23
Q

Basal ganglia is imperative for

A

implicit learning

24
Q

Parkinson’s disease have difficulty with implicit memory because

A

they have damage to basal ganglia

25
the weather task
three pictures, both implicit and declarative memory
26
Alzheimer's disease
Accumulation and clumping of Amyloid beta protein, abnormal form of the tau protein.
27
clumping of Amyloid beta protein
widespread atrophy of hippocampus, cerrebral cortex, other areas
28
tau protein
part of intracellular support system of neurons
29
Accumulation of amyloid beta and tau proteins causes
plaques (structures caused by degenerating neurons) and tangles (degenerating structures within neuronal bodies).
30
Treatment for Alzheimer's
Increase acetylcholine, therefore increasing arousal; cumin spice - inhibits deposits and phosphate attachment to tau
31
Amygdala and learning
fear learning
32
parietal lobe
piecing info together
33
Anterior and interior region of temporal lobe
semantic memory
34
productivity
the ability to improvise new combinations of signals to represent new ideas
35
two theories of how language evolved in humans
1. language evolved as a by-product of overall brain development, 2. language evolved as a brain specialization
36
Williams syndrome
impaired intelligence, strong language skills
37
Language acquisition device
Chomsky - built in "something" that helps us learn language
38
A mutation of FOXP2 gene can impair language development
it controls jaw and throat mechanisms
39
Broca's area
located in the frontal lobe of the cerebral cortex, near motor cortex
40
Wernicke's area
located near the auditory part of the left temporal cortex
41
Broca's (non-fluent) aphasia
difficulty with sentence structure, conjunctions; comprehension difficulty when sentence is complicated
42
Wernicke's (fluent) aphasia
fluent speech, but with pauses to find the word. Impaired language comprehension - verbs, nouns
43
Dyslexia
more likely to have bilateral symmetrical cerebral cortex less arousal in parietal and temporal cortex while reading
44
Dyslexia and auditory problems
people with dyslexia focus on different aspects of sound, also do not shift their attention in the same way