Cognitive Affective Bases of Behavior Flashcards

1
Q

convergence of all attempts to understand cognition, Conceptualizes as a set of steps for processing information

A

information-processing analysis

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2
Q

Showed participants number, asked if they were present after, linear relationship between judgement time and size of number set

A

Sternberg paradigm

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3
Q

ability to perceive 3d depth because each eye receives slightly different view

A

Stereopsis

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4
Q

o Object segmented into component sub-objects
o Classified into category – 36 basic categories call geons (geometric icons)
o Once pieces are identified and composed into configuration, one recognizes pattern formed by pieces of object

A

Recognition-by-components theory

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5
Q

unable to recognize simple shapes or draw shown shapes; deficit in early processing in visual system

A

apperceptive agnosia

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6
Q

able to recognize simple shapes and can copy drawings but cannot recognize; intact early visual system but deficit in “downstream” functioning/pattern recognition

A

Associative agnosia

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7
Q

selective deficit in recognizing faces caused by damage to fusiform gyrus

A

Prosopagnosia

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8
Q

Brain helps with attention and memory with sensory storage
o Is a buffer memory system that hosts incoming stream of info long enough for attention
o Keeps info separate from other cognitive processes
o What we ignore is lost

A

Sensory storage theory

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9
Q

Attention occurs in which two cortexes?

A

parietal cortex (info processing for visual/auditory) and prefrontal cortex (processing of motor and premotor regions)

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10
Q

Info is initially coded together but is analyzed by separate areas of brain.

A

The binding problem

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11
Q

effect in which people combine features two objects into one

A

Illusory conjunctions

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12
Q

inability to perceive more than a single object at a time

A

Simultagnosia

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13
Q

cannot see or imagine colors, but have hx in color

A

Charles Bonnet Syndrome

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14
Q

Lobe - extracting meaningful info from sensory input

A

Prefrontal lobe

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15
Q

Lobe - categorial info, memory of experience

A

temporal lobe

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16
Q

smallest unit of knowledge that can stand as assertion

A

Propositional representations

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17
Q

info represented by symbols not associated with sensory modality

A

Amodal symbol system

18
Q

storage and retrieval occurs in these 2 regions

A

hippocampus and limbic system

19
Q

o Incoming sensory info is held in transient storage (sensory memory)
o If info receives attention it moves to short-term memory
o With rehearsal info is then moved to long-term memory

A

Atkinson and Shiffrin’s theory of short-term memory

20
Q

Theory - rehearsal must be done in meaningful and conscious way

A

Depth of processing theory

21
Q

o Central executive: supervisory system and controls flow of info
o Phonological loop: short-term storage and articulatory rehearsal
o Visuospatial sketchpad: visual cache and inner scribe (refreshes stored info)
o Episodic buffer: links info across sensory domains to form multisensory unit

A

Baddely and Hitch’s working memory theory

22
Q

persistent strengthening of synapses based on patterns

A

Long-term potentiation

23
Q

info about many topics (slowed retrieval of info)

A

High fan stimulus

24
Q

o Problem space: various states of a problem
o State: representation of a problem in some degree of solution
 Begins with start state, then intermediate states, end is goal state
o Search: process of reasoning until solution is figured

A

Newell and Simon: problem solving concept

25
Q

cognitive bias that limits a person to using object only in traditional way

A

Functional fixedness

26
Q

teaching approach where lesson begins with analysis of elements

A

Componential analysis

27
Q

mind is composed of general faculties – observation, attention, discrimination, reasoning; can be exercised

A

Doctrine of formal discipline

28
Q

given 3 items, if relation between 1 and 3/1 and 2, must be between 2 and 3

A

Transitivity

29
Q

argument in which conclusion follows premises

A

Linear syllogism

30
Q

some words more difficult to understand than others

A

Principle of lexical marking

31
Q

how people answer questions based on knowledge and content of question

A

Principle of congruity

32
Q

intact format of normal logic but person sees two things as identical based on a similarity

A

Paralogic reasoning

33
Q

probability of an event based on conditions – 4 components
o Prior probability: hypothesis is true before considering evidence
o Conditional/likelihood probability: particular type of evidence is true if hypothesis is true
o Posterior probability: hypothesis is true after consideration of evidence
o Marginal probability: how probable is new evidence under all possible hypotheses

A

Baye’s theorem

34
Q

degree that mood affects judgement occurs on processing continuum

A

Affect infusion model

35
Q

o Linguistic determination: language determines/influences the way a person thinks/perceives
 Can define the parameters of our thoughts
o Language dependent on higher level cognition

A

Whorfian hypothesis of linguistic determination

36
Q

poor comprehension, fluent but meaningless speech

A

Wernicke’s aphasia

37
Q

o Slow, laborious, broken, hesitant speech

o Person can comprehend speech

A

Broca’s aphasia

38
Q

Good word comprehension, fluent speech, difficulty repeating words

A

conductive aphasia

39
Q

inability to recall names of common items

A

anomic aphasia

40
Q

o Writing disability
o Lack of understanding of rules for calculation or arithmetic
o Inability to distinguish right from left
o Inability to identify fingers

A

Gerstmann’s syndrome