STM,LTM, Semantic&Consciousness Flashcards

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1
Q

immediate

A

STM

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2
Q

delayed recall

A

LTM

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3
Q

this happens within 2-20 seconds

A

STM

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4
Q

stimulus driven

A

STM

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5
Q

this is where current/recent info is held

A

STM

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6
Q

executive controller in charge of conscious processing to other components in memory system

A

working memory

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7
Q

verbal rehersal takes place in

A

working memory

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8
Q

grouping of info held in STM

A

chunking

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9
Q

grouping items into units so we can remember them better

ex:area codes, social security

A

chunking

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10
Q

interference takes away

A

STM

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11
Q

digits are over learned

A

true

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12
Q

3 types of recall

A
  • free
  • serial
  • recognition
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13
Q

mental recycling

A

rehearsal buffer

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14
Q

increases likelihood of transferring to LTM

A

rehearsal buffer

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15
Q

display of accuracy in recall across original positions in “to be learned” list, bow tied shape

A

serial position curve

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16
Q

early, first position of list

A

primacy

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17
Q

last few items of list

A

recency

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18
Q

list of items may be recalled in any order

A

free recall

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19
Q

participants must recall list of items in the order they were presented in

A

serial recall

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20
Q

Y/N task in which participants are asked to judge whether they’ve seen the stimulus before and their Y/N response is timed and measured

A

recognition task

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21
Q

verbal rehearsal and conscious processing takes place, executive controller is in charge of conscious processing

A

Baddeley’s working memory model

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22
Q

mechanism responsible for assessing attentional needs of different subsystem & furnishings of said subsystems.

A

central executive

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23
Q

any executive component of the memory system keeps track of processes completed, diverting attention from one activity to another

A

executive controller

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24
Q

part of phonological loop involved in active refreshing of info

A

articulatory loop

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25
Q

component responsible for recycling verbal material via rehearsal

A

phonological loop

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26
Q

visual and perceptual component of Baddeley’s working memory model

A

visual-spatial sketch pad

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27
Q

portion of working memory where info from different sources are bound together to form new episodic memories

A

episodic buffer

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28
Q

method in which 2 tasks are preformed simultaneously

A

dual task paradiagms

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29
Q

interference during recall b/c of some previous activity

A

proactive interference

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30
Q

interference from recent event/experience that influences memory for an earlier event
ex: trying to recall items from list1 but instead recalling items from list2

A

retroactive interference

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31
Q

LTM retrieval that entails deliberate recollection or awareness

A

explicit memory

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32
Q

LTM performance affected by prior experience with no necessary awareness of the influence

A

implicit memory

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33
Q

LTM knowledge that can be retrieved then reflected on consciously

A

declarative memory

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34
Q

general world knowledge is stored

A

semantic memory

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35
Q

personally experience info is stored

A

episodic memory

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36
Q

mental activation of a concept by some means or spread of activation from one concept to another

A

priming

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37
Q

activation of some target info by action of a previously presented prime

A

priming

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38
Q

info subjected only to maintanence rehearsal isn’t being processed more deeply into meaning based levels of memory system and isn’t being recalled/recognized as accurate info

A

Craik and Lockhart’s levels of processing

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39
Q

task in which pairs of items(stimulus/response) are to be learned and upon presentation of stimulus the response term can be recalled

A

paired associate learning

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40
Q

memory loss caused by brain damage/injury

A

amnesia

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41
Q

loss of memory for info before the damage

A

retrograde amnesia

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42
Q

loss of memory for info after the damage

A

anterograde amnesia

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43
Q

specific nature of an item’s coding including all the context that it was encoded in, determines how effectlivly the item can be retrieved

A

encoding specificity

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44
Q

concrete words can be encoded into memory twice, one as verbal symbols and once as image based symbols. this increases the likelihood they’ll be remembered

A

dual coding hypothesis

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45
Q

momentary retrieval failure, with the sense of being on the verge of retrieving the concept

A

tip of the tongue (TOT)

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46
Q

input or take into memory

A

encoding

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47
Q

accessing info stored in memory whether or not that accesss involves conscious awareness

A

retrieval

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48
Q

LTM knowledge is accessed/retrieved. some form of mental excitation is believed to be passed along the pathways that connect concepts in a memory network

A

spreading activation

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49
Q

point/location in LTM, a concept or representation in memory

A

nodes

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50
Q

reaction time is sped up for judgments are made easier when the concepts are closer together in semantic distance when they’re closely related

A

semantic relatedness effect

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51
Q

a task in which subjects must respond t/f to simple sentences

A

sentence verification tasks

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52
Q

typical members of a category tend to be judged more rapidly than atypical members

A

typicality effect

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53
Q

typical or average member of a category

A

prototype

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54
Q

simple y/n task in which subjects are timed as they decide whether the letter string being presented is a word

A

lexical decision

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55
Q

disruption in which a person loses access to 1 semantic category of words/concepts while not losing others

A

category-specific deficit

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56
Q

positive/negative effect on processing b/c of prior presentation of related info

A

facilitation

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57
Q

active suppression of mental representations of salient but irrelevant info so that the activation level is reduced

A

inhibition

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58
Q

of intervening trials between a prime and a target

A

lags

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59
Q

1st stimulus in a prime-target pair intended to exert some influence on 2nd stimulus

A

prime

60
Q

2nd pair of prime-target stimulus, any concept that’s designated as being of special interest

A

target

61
Q

memory of something that didn’t happen

A

false memory

62
Q

incorrectly claiming to remember info that wasn’t part of original experience

A

misinfo effect

63
Q

memory of the exact source of info

A

source memory

64
Q

intentional forgetting of painful experiences

A

repressed memories

65
Q

memories of specific, personally exeperience in real world

A

autobiographical memory

66
Q

memories of specific, emotionally salient events, reported subjectively to be as detailed as a photo

A

flashbulb memories

67
Q

longer words are recalled less

A

word length effect

68
Q

words/letters that sound the same are harder to retain

A

phonological similarity

69
Q

planning future action, decisions, retrieval

A

central executive

70
Q

this part of the brain moves STM into LTM

A

hippocampus

71
Q

the events

A

eposodic

72
Q

the facts

A

semantic

73
Q

nondeclarative

A

implicit

74
Q

personal, autobiographical

A

eposodic

75
Q

general world knowledge

A

semantic

76
Q

he used himself as a participant in his studies

A

Ebbinghaus

77
Q

remembering stuff after a few days

A

relearning task

78
Q

not as likely to get into LTM

A

low level

79
Q

memory is determined by how the person processes it

A

depth of processing

80
Q

he made up the dual coding hypothesis

A

Paivo

81
Q

remembering objects, we have a place for the word/images

A

dual coding hypthoesis

82
Q

taking a test in the same place you’ve learned info is an example of

A

encoding specificity

83
Q

HERA

A

hemispheric encoding and retrieval asymmetry

84
Q

left prefrontal cortex has ___ info

A

encoding

85
Q

right prefront corex has __ info

A

retrieval

86
Q

this guy was like 50 first dates

A

HM

87
Q

HM had __ amesia

A

anterograde amnesia

88
Q

this task invovled rotating a , ppl with Alzheimer’s disease had good ___ not ____

A

procedural, eposodic

89
Q

knowledge about one’s own memory and how it works

A

metamemory

90
Q

example of spreading activiation

A

car-> truck

91
Q

when each concept has a list of semantic features/hierarchial levels

A

feature comparision

92
Q

example of hierarchial network

A

bird, feathers, red-breasted

93
Q

she said that a membership in categories is a matter of degree, having boundaries

A

elanor rosch

94
Q

example of person who has category specific deficit

A

JBR

95
Q

ERP

A

event related potentials

96
Q

this reflects whether sentences make sense or not

A

ERP

97
Q

concrete words are learned better than abstract

A

true

98
Q

there is a long reaction time in ___ category

A

semantic

99
Q

immediate priming is faster

A

true

100
Q

trace/neural changes that represent meaning

A

engram

101
Q

change in weights

A

connectism

102
Q

active org of past reaction/experiences

A

schemas

103
Q

org collection of info

A

knowledge

104
Q

comprehension is top down

A

true

105
Q

things we know how to do in everyday life

A

scripts

106
Q

scripts is faster to process info

A

true

107
Q

when you forget stuff

A

acts of omission

108
Q

when you alter what was supposed to be remembered

A

acts of commission

109
Q

failure to forget

A

persistance

110
Q

representation of meaning that can be stored in/retrieved from memory

A

proposition

111
Q

how we think is influenced by how we act/interact with our world

A

true

112
Q

verbatim mental representation of exact words, technical accuracy

A

surace

113
Q

basic idea units

A

textbase

114
Q

create models of situations described (gist)

A

situation

115
Q

taking what you hear/read, build propositions

A

language abstraction

116
Q

ability to do something in the future

A

prospective memory

117
Q

change in memory of experienced event as a fxn of some later event

A

memory impairment

118
Q

4 factors of memory distortion

A
  • source misattribution
  • misfo acceptance
  • implanted memories
  • memory over confidence
119
Q

jury responds to

A

eye witness testimony

120
Q

seeiing same ppl everyday

A

prolonged acquisition

121
Q

seeing same ppl every week

A

distributed practice

122
Q

infantile amnesia appears in what age?

A

2-4 yrs

123
Q

reminiscence bump appears in what age?

A

15-25 yrs

124
Q

example of spontaneous memory

A

odor

125
Q

high emotional content

A

flashbulb content

126
Q

Descartes

A

mind/body

127
Q

mind is

A

conscious

128
Q

mind

A

effortful
immediate
remembering

129
Q

body is

A

unconscious

130
Q

body

A

LTM
automatic
knowing

131
Q

How do we study consciousness?

A

-priming
-vision
-sleep
-altered states of consciousness
(behavior, EEG)

132
Q

below level of conscious recognition

A

subliminal priming

133
Q

conscious awareness

A

sensory threshold

134
Q

some awareness but less control of thoughts

A

daydreaming

135
Q

healthy sleep, dreams

A

REM

136
Q

altered states of consciousness

A
  • coma
  • locked in syndrome
  • minimally conscious
137
Q

where you are paralyzed and voiceless but know what’s going on around you

A

locked in syndrome

138
Q

restores communication channels with ppl who have locked in syndrome

A

brain computer interfaces

139
Q

this profession is an example of normal adults who lose consciousness

A

fighter pilots

140
Q

intrinsic, consciously accessable, non-physical phenomena objects that are responsible for their phenominal behavior, sense of self

A

qualia

141
Q

working memory relies on

A

phonological info

142
Q

phonological store is like your ___, you can hear yourself talk to yourself

A

inner ear

143
Q

articulatory loop is like your ___ when you mentally say things to yourself

A

inner voice

144
Q

example of visual spatial

A

mental rotation

145
Q

this is where important chunking occurs

A

episodic buffer

146
Q

retrieves info from LTM

A

workingmemory