4 - Cognition, Consciousness, and Language Flashcards

1
Q

Piaget’s Stages of Cognitive Development (4)

A
  1. Sensorimotor
  2. Preoperational
  3. Concrete Operational
  4. Formal Operational
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2
Q

Sensorimotor Stage

A

0-2 years; child learns to manipulate environment to meet physical needs; characterized by circular reactions

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3
Q

Preoperational Stage

A

2-7 years; characterized by symbolic thinking, egocentrism, and centration

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4
Q

Concrete Operational Stage

A

7-11 years; characterized by understanding of conservation, consideration of other’s perspectives, and logical thought when working with concrete objects or information that is directly available

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5
Q

Formal Operational Stage

A

11 years; characterized by problem-solving and thinking logically about abstract ideas

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6
Q

Primary Circular Reactions

A

repetition of body movement that occurred by chance; repetition occurs because it is soothing (e.g. sucking thumb); sensorimotor stage

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7
Q

Secondary Circular Reactions

A

repetition of movement that is focused on something outside of the body; repetition occurs because child usually gets a response from the environment (e.g. child throws toy from high chair and mom picks it up); sensorimotor stage

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8
Q

Object Permanence

A

the understanding that objects continue to exist, even when out of view; a key milestone that ends sensorimotor stage (e.g. “peek-a-boo” is entertaining for children in snsorimotor stage because they lack object permanence)

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9
Q

Object Permanence

A

the understanding that objects continue to exist, even when out of view; a key milestone that ends sensorimotor stage (e.g. “peek-a-boo” is entertaining for children in snsorimotor stage because they lack object permanence)

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10
Q

Egocentrism

A

the inability to image what a person may think or feel

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11
Q

Centration

A

the tendency to focus on only one aspect of a phenomenon or the inability to understand the concept of conservation (e.g. child thinks two small slices of pizza is more than one much larger slice)

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12
Q

Time-Based Prospective Memory

A

the ability to remember to perform a task at a specific time in the future; declines with age

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13
Q

Fluid Intelligence

A

problem-solving skills; peaks in early adulthood but declines with age

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14
Q

Crystallized Intelligence

A

the use of learned skills and knowledge; peaks in middle adulthood but declines with age

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15
Q

Delirium

A

rapid fluctuation in cognitive fxn that is reversible and caused by nonphysiological causes such as electrolyte and pH disturbances, malnutrition, low blood sugar, infection, drug rxn, alcohol withdrawal, and pain

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16
Q

Mental Set

A

the tendency to approach similar problems in the same way

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17
Q

Functional Fixedness

A

the inability to consider how to use an object in a non-traditional manner

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18
Q

Deductive Reasoning

A

top-down reasoning; starts from set of general rules and draws conclusions from the information given

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19
Q

Inductive Reasoning

A

bottom-up reasoning; seeks to create theory via generalizations

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20
Q

Heuristics

A

simplified principles used to make decisions; provide a more efficient - although sometimes inaccurate - method for problem solving

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21
Q

Availability Heuristics

A

decision based on likelihood (and how easily a similar instance can be imagined; e.g. used to decide whether there’s more letters that begin with “K” than have “K” as their 3rd letter

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22
Q

Representativeness Heuristic

A

categorization of items based on where they fit as prototypical, stereotypical, or representative images of a category; e.g. coin is flipped 10x and lands heads 10x, based on this info one might think it will either land heads again due to established pattern or tails because probability should even out

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23
Q

Base Rate Fallacy

A

using prototypical or stereotypical factors while ignoring actual numerical information

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24
Q

Gardner’s Multiple Intelligences

A
  • linguistic
  • logical-mathematical
  • musical
  • visual-spatial
  • bodily-kinesthetic
  • interpersonal
  • intrapersonal

**Gardner argues that Western culture values the first two abilities over the others

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25
Spearman's "g-factor"
general intelligence factor; theory behind existence of "g-factor" is based on observation that performance on different cognitive tasks is in many cases positively correlated, indicating an underlying factor/variable is playing a role; underlying factor/variable is often measured with IQ test
26
IQ Formula
[(mental age)/(chronological age)] x 100 = IQ * *Mean = 100 * *SD = 15
27
Disconfirmation Principle
discarding a solution to a problem after this potential solution fails during testing
28
Confirmation Bias
the tendency to focus on information that fits an individual's beliefs, while rejecting information that goes against them
29
Belief Perseverance
the inability to reject a particular belief despite clear evidence to the contrary
30
Intuition
the ability to act on perceptions that may not be supported by available perceptions
31
Recognition-Primed Decision Model
describes how people make quick, effective decisions by via experience and recognition of similar experiences; explains intuition
32
Accepted States of Consciousness (4)
Consciousness: awareness of both the world and one's own existence within that world (1) Alertness (2) Sleep (3) Dreaming (4) Altered states of consciousness
33
Alertness is maintained by neurological circuits between which brain two structures?
prefrontal cortex + reticular formation **a brain injury that results in the disruption of these connections results in a comatose state
34
The sleep stages form a complete cycle that lasts about ___ minutes
90
35
Which brain waves characterize brain wave activity when we are awake?
- alpha | - beta
36
Beta waves
occur when person is awake, alert, or attending to mental task that requires concentration; high frequency
37
Alpha waves
occur when we are awake but relaxing; slower than beta waves and more synchronous
38
Stage 1 Sleep
dozing off; theta waves
39
Stage 2 Sleep
deeper sleep; theta waves, sleep spindles, K complexes
40
Stage 3 + 4 Sleep
SWS marked by difficulty in rousing a person from sleep; slower EEG activity; delta waves (low frequency)
41
Slow Wave Sleep is associated with (3)
associated with cognitive recovery, DECLARATIVE memorly consilidation, and increases growth hormone release
42
Non-Rapid Eye Movement Sleep (NREM)
stages 1-4
43
REM Sleep
aka paradoxical sleep; arousal levels reach that of wakefulness (e.g. HR, breathing, and EEG mimic wakefulness) but muscles are paralyzed; characterized by dreaming and PROCEDURAL memory consolidation
44
Mneumonic for the sequential order of brain waves during sleep
"BAT-D" Note: remember that a BAT sleeps during the Day
45
How does the makeup of a sleep cycle change as the night progresses?
- earlier in the night SWS predominates | - later in the night REM predominates
46
How do sleep cycles change over one's lifespan?
- children have 50 min sleep cycles vs adults 90 min | - children spend more time in SWS
47
What hormone contributes to sleepiness?
Melatonin decrease in light to retina --> hypothalamus --> pineal gland --> release of melatonin
48
What hormone contributes to wakefulness?
Cortisol increase in light to retina --> release of CRF from hypothalamus (corticotropin releasing factor) --> release of ACTH from anterior pituitary --> cortisol release from adrenal cortex
49
In what sleep stage does dreaming occur?
- 75% of dreaming in REM | - rest of dreaming occurs in stage 2 upwards
50
Activation Synthesis Theory
states that dreams are caused by widespread, random activation of neural circuitry
51
Dyssomnias
disorders that make it difficult to fall asleep or avoid sleep (e.g. narcolepsy, insomnias, and sleep apnea)
52
Parasomnias
abnormal movements or behaviors during sleep (e.g. night terrors and sleep walking)
53
In what stage do most sleep disorders occur?
NREM
54
Cataplexy
loss of muscle control and sudden intrusion of REM sleep during waking hours
55
Hypnagogic Hallucinations
hallucinations when trying to go to sleep
56
Hypnopompic Hallucinations
hallucinations when trying to wake up
57
Obstructive Sleep Apnea
physical blockage in pharynx or trachea prevents airflow
58
Central Sleep Apnea
brain fails to send signals to diaphragm to breathe
59
REM Rebound
an earlier onset and greater duration of REM sleep that occurs following sleep deprivation
60
EEG waves during meditation
resembles Stage 1 sleep with theta and slow alpha waves
61
Alcohol's chemical effects on brain
- increase in GABA activity (a Cl- channel that causes hyperpolarization of membrane); brain inhbition - increase in dopamine; mild euphoria
62
Alcohol Myopia
a short-sighted view of the world that occurs when logical reasoning is affected by intoxication and one is unable to recognize the consequences of their actions
63
Benzodiazepines chemical effects on brain
- increase in GABA activity | e. g. lorazepam, alprazolam, diazepam, clonazepam
64
Stimulants chemical effects on brain
increase frequency of action potentials; each drug does so by different mechanism
65
Amphetamines Mechanism of Action
increase release of dopamine, norepinephrine, and serotonin at the synapse; decrease their reuptake
66
Opiates vs. Opioids
- opiates = naturally occuring form (e.g. morphine, codeine) | - opioids = semi-synthetic derivatives (e.g. heroine, oxycodone, hydrocodone)
67
THC chemical effects on brain
- acts at cannabinoid, glycine, and opioid receptors - THC inhibits GABA activity - THC indirectly increases dopamine activity
68
Mesolimbic Reward Pathway
- 1 of 4 dopaminergic pathways in brain; activation accounts for positive reinforcement of substance abuse - includes nucleus accumbens (NAc), ventral tegmental area (VTA) and medial forebrain bundle (MFB) which connects the two
69
Phonology
the actual sound of language
70
Phonemes
speech sounds; ~40 in English, more in other languages
71
Morphology
the structure of words
72
Morphemes
building blocks of words; (e.g. the word redesigned can be broken down into re- , -design- , and -ed)
73
Semantics
the association of meaning with a word
74
Syntax
how words are put together to form a sentence
75
Pragmatics
the dependence of language on context and pre-existing knowledge; in other words, the manner in which we speak may differ based on audience and our relationship to them (e.g. when asking to share a seat on a bus with stranger may ask more formally than to a friend who we'd just tell to move over)
76
Prosody
the rhythm, cadence, and inflection of our voices
77
Timeline of Language Acquisition in Children
9-12 months = babbling 12-18 months = ~ 1 word per month 18-20 months = "explosion" of language and combining words 2-3 years = longer sentences (3 words or more) 5 years = language rules largely mastered
78
Errors of Growth
child applies a grammatical rule (often morpheme) in a situation in which it does not apply; e.g. runned instead of ran
79
Nativist (Biological) Theory
advocates for the existence of some innate capacity for language; innate ability is called "Language Acquisition Device (LAD)"
80
Language Acquisition Device
a theoretical brain pathway that allows infants to process and absorb language rules
81
Critical Period for Language Acquisition
2 years to puberty; believed by Nativists that if no language exposure occurs during this time, any later training is largely ineffective
82
Learning (Behaviorist) Theory
language acquisition by operant conditioning (parental reinforcement)
83
Social Interactionist Theory
language acquisition is driven by child's desire to communicate and behave in social manner; focus is on interplay between biological and social processes
84
Linguistic Relativity Hypothesis
aka Whorfian Hypothesis; suggests that our perception of reality is determined by the content of language; in other words, language affects the way we think instead of the other way around
85
Broca's Area
responsible for the motor function of speech via connections to the motor cortex; located in the inferior frontal gyrus of frontal lobe in dominant hemisphere (usually left)
86
Wernicke's Area
responsible for language comprehension; located in superior temporal gyrus of temporal lobe in dominant hemisphere (usually left)
87
Arcuate Fasciculus
a bundle of axons that connects Broca's and Wernicke's
88
Expressive Aphasia
damage to Broca's; results in deficit of language production
89
Receptive Aphasia
damage to Wernicke's; results in deficit of language comprehension which leads patients to speak nonsensical word combinations
90
Conduction Aphasia
damage to arcuate fasciculus; speech production and comprehension are intact since broca's and wernicke's are unaffected, but PT is unable to repeat something that is said since connection between two regions is lost