Module 2 Flashcards

(65 cards)

1
Q

Why are eyewitness memory
errors so prevalent? What are
the common sources of errors?

A

Errors associated with
perception and attention, Misidentifications due to
familiarity, contamination due to
suggestion & repeated retelling

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2
Q

In what ways has cognitive
Psychology contributed to
making eyewitness testimony
more effective?

A

Developing guidelines for preserving
eyewitness memory and the cognitive interview technique to effectively
elicit more information from eyewitnesses

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3
Q

What are the key ingredients
for “implanting” false memories?

A

trust, real memory, indicate false memory, and add in detail, imagine what happened, social pressure, leading question, marinate over time

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4
Q

The weapon focus effect

A

The tendency to focus on a weapon can result in a narrowing of attention, often due to strong emotional reactions

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5
Q

source confusion

A

a vague sense of familiarity (without conscious recollection)
can lead to misidentification

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6
Q

suggestion

A

can lead to elaborate false memories: The misinformation effect: information can contaminate
your memory of the original event

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7
Q

The cognitive interview technique

A

effective in eliciting more information from eyewitnesses:
1. Mental (or physical) reinstatement of the crime environment
2. Encouraging the reporting of every detail (
3. Describing the incident in several different orders
4. Reporting the incident from different viewpoints

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8
Q

Ross et al.’s (1994) study on the effect of familiarity on identification errors

A

male vs female teacher reading to students, female teacher gets robbed, identify the criminal

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9
Q

Loftus’s “lost in the mall” study

A

Subjects were told in an interview
that when young, they were lost at a
mall, A week later, ~25% of college
students “recall” details of the event
that never took place

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10
Q

Wade et al.’s (2002) “false photograph” study 2

A

Participants were exposed to “fake” photographs and asked about their “fake” childhood experience. Participants were interviewed three times about these events

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11
Q

What are the commonly used
metaphors of memory? Why are
they problematic?

A

camera, video recorder - memory is reconstructive

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12
Q

What does it mean for
memory to be “reconstructive”?

A

constantly operating, so it is easy to
implant false memories - changing based on external inputs

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13
Q

What evidence supports the
assertion that memory is
reconstructive in nature?

A

Word recall demo, Sentence recall demo, Recall of visual scenes - we change memory over time based on events

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14
Q

What are the major sources of
false memories?

A

Automatic activation of related concepts, Schemas & scripts, Confusion with similar events, Subsequent misleading events, and
information

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15
Q

indexing/binding function of the hippocampus

A

relevant memory
representations for an
event (e.g., visual,
auditory, emotional
experiences)

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16
Q

semantic priming

A

Related concepts are automatically activated and become temporarily more accessible

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17
Q

schemas & scripts

A

Your knowledge of objects that are typically present, Your knowledge of the sequence of events that usually take place

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18
Q

misinformation effect

A

Misleading postevent information
(MPI), including seemingly minor
wording changes, can affect later
recall

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19
Q

Word and sentence recall demos

A

Lure” words (e.g., “sleep”) were strongly activated, Semantically similar concepts can also intrude into your memory

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20
Q

The “picnic scene” memory demo

A

Describe the scene in detail after viewing it, which tests their ability to encode and retrieve visual and semantic information

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21
Q

Reconstructive memory

A

Both our semantic knowledge and episodic memories can contribute to this process

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22
Q

What are the major reasons for
forgetting in LTM?

A

Insufficient initial encoding, Memory decay, Interference, and the lack of effective retrieval cues

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23
Q

What is memory consolidation?
What role does sleep play in
consolidation?

A

Slower forgetting when sleeping
occurs after learning, Longer and more severe sleep deprivation
leads to a higher incidence of
attentional lapses

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24
Q

What are the differences between
anterograde and retrograde amnesia?

A

Retrograde amnesia: Often a temporary result of injury, Loss of episodic memory for previous events
Anterograde amnesia: Typically permanent, Consolidation of new
personally experienced memories

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25
What types of memories are spared vs. impaired in anterograde amnesia
Spared: Retrieval of previously stored episodic memories Impaired: Consolidation of new personally experienced memory
26
H.M
The hippocampus and the surrounding areas removed - anterograde amnesia
27
Clive Wearing
Suffered damage to hippocampus and other areas of the brain, both retrograde and anterograde amnesia
28
memory (synaptic vs. systems) consolidation
Synaptic consolidation occurs quickly within and across neurons Systems consolidation can take days, weeks, or months to complete
29
proactive vs. retroactive interference
proactive: learn 1, learn 2, take test on 2 - interference on 2 retroactive: learn 1, learn 2, take test on 1 - interference on 1
30
retrieval cues
Retrieval cues serve as “hooks” to “capture” and “reel in” the info you’re looking for
31
the top-of-the-tongue phenomenon
You know the answer, but still can’t retrieve it
32
temporal gradient
Memories of more recent events are worse than distant memories
33
What is implicit memory? How is it different from explicit memory?
LTM knowledge that can influence thought and behavior without conscious awareness vs LTM knowledge that can be retrieved and reflected on consciously
34
What are the main experimental findings that demonstrate the potential every day influence on implicit memory on our thought and behaviors?
priming: Perceptual, Conceptual,
35
How is implicit memory usually tested? How is it different from the ways in which explicit memory is tested?
Word Fragment Completion, Tachistoscopic identification vs Recall and recognition
36
What evidence supports the separability of implicit and explicit memory?
impaired explicit memory and cannot consciously remember new facts or events, but can do procedural tasks
37
priming
An initial presentation of a stimulus affects the person’s response to the same stimulus later
38
perceptual vs. conceptual repetition priming
perceptual: Facilitation of later perceptual processing conceptual: Facilitation of later processing of stimulus meaning
39
The false fame effect
After some delay, fame ratings are higher for previously presented names than for new names
40
the illusory truth (illusion-of-truth) effect
People are more likely to rate as true those statements that they have already heard, regardless of their truthfulness, even when they have no recollections of their sources.
41
direct vs. indirect testing of memory
Direct: Refer specifically to the 1st session & ask participants to demonstrate their memory of the words directly Indirect: Make no specific reference to the earlier session and avoid asking any direct memory questions
42
word fragment completion
Completion rate is higher for words shown before than for new words, even when you do NOT consciously remember seeing those words recently
43
tachistoscopic identification
Can you identify the word flashed very briefly on the screen?
44
Jacoby’s (1983) classic study of implicit vs. explicit memory
Say target words aloud: Subjects did not know there would be later testing Direct and indirect testing
45
What evidence suggests that STM/WM and LTM may be more tightly connected than has been proposed in the modal model?
LTM knowledge can supplement a limited STM/WM capacity, Powerful effects of “chunking” on STM recall
46
How are STM & WM capacities typically measured?
Simple span tasks vs Complex span tasks requiring simultaneous processing and storage
47
Is it possible to increase one’s STM/WM capacity via extensive practice & training? What existing evidence tells us?
No, you can improve performance, but can't improve that capacity - No compelling evidence for “far” transfer
48
How do commonly used mnemonic techniques work? Why are they effective?
Memory strategies that facilitate retention and later retrieval of information, takes an extensive amount of practice, Intensive focus is needed during encoding
49
chunks & chunking
A set of items that become associated and form a new unit in memory - Chunking allows you to overcome the STM capacity limitation
50
retrieval structure
trees that connect digits together by using facts from LTM
51
the episodic buffer
A subsystem for binding together different types of information and storing those bindings, visual and verbal, that help with chunking
52
complex WM span tasks
do a better job of predicting complex cognition than do simple STM span tasks, including Reading comprehension, Mental arithmetic, Complex reasoning, and Academic achievements
53
the method of loci
Good for sequential learning: Memorize a fixed sequence of familiar locations, Create a series of interactive images
54
S.F.’s digit span training study
started with 7 numbers, went up 1 if rights, down if wrong - grouped numbers through running numbers
55
Mnemonic technique demo
creating a memorable sentence, like "My Very Educated Mother Just Served Us Nachos"
56
What are the three types of memories proposed in the classic modal model of memory? What are their respective characteristics (e.g., functions, capacity, and duration)?
sensory store(short <1 sec), short-term store(10-30 sec), long-term store(infinite)
57
What evidence supports the separability of STM and LTM?
Neuropsychological evidence through studies, Experimental evidence: Serial position effect in free recall
58
What are the different types of LTM? How can they be categorized?
declarative memory: episodic, semantic nondeclarative memory: classical conditioning, procedural memory
59
How is the concept of working memory (WM) different from that of STM?
WM is an active system that supports Complex thinking vs STM is quick remembrance with little meaning
60
What are the four major subsystems of Baddeley’s multicomponent model of WM?
Central Executive, Phonological loop, Visuospatial sketchpad, Episodic buffer
61
sensory memory (iconic & echoic)
A temporary store that holds incoming sensory information for very brief periods of time
62
serial position (primacy vs. recency) effect
If the primacy and recency effects reflect the contributions from separate stores, then it should be possible to eliminate one effect without affecting the other
63
declarative vs. nondeclarative memory
conscious access; often can be verbally described vs no conscious access; cannotbe verbally described
64
episodic, semantic, & procedural memory
episodic: Personally experienced events semantic: General knowledge procedural: Motor and cognitive skills & habits
65
Serial position demos (ways to selectively reduce primacy vs. recency effects)