extra Flashcards

1
Q

Munakata (1998)

A

abnormal cognitive function at biryth projects and becomes magnified throughout life. Connectionist model. (hakunatmaata opposite)

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2
Q

• trust vs istrust

A

0-12 months . need to learn to trust ourselves and others. Complete this by receiving regular care/attention

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3
Q

• autonomy vs shame:

A

: 1-3 years. Infants learn to control their actions eg when need to tolet, learn socieities norms/morals so can start restraining from poor decisions

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4
Q

• intiative vs guilt

A

3-6 years competitiveness is introduced eg best friend, tallest. Play is goal oriented, want to try everything

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5
Q

• Industry vs inferiory

A

inferiory 6-puberty: child taught necessary skills for independent living

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6
Q

• Identity vs role confusion

A

: adolescence. Intende energy/drive. More permenant identity established

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7
Q

• Intamcy vs isolation

A

young adulthood: teen to caught up in themselves so true intsmcy in early adulthood. If no confirmed identity not a stsifactory relationship

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8
Q

• Generativity vs stagnation

A

middle adulthood. Focus on being caring and nurturing. Raising children so sacrifice own needs for others

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9
Q

+/- of Eriksons psychosexual stages

A
  • ☺ describes entire life span
  • ☺ allows flexibility in/between stages
  • ☹ domain specific but people develop at different speeds
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10
Q

Lorenz

A
  • influenced by Darwin
  • patterns in animla behaviiour are instinctive
  • newborns seek oroxmity after brth as its ciritcal period for improinting
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11
Q

Bowlby:

A
  • influenced by Lorenz
  • influenced after birth on a caregiver who gives them their needs (food/warmth)
  • critical period 6 months-3 years
  • pre-attachment: birth-2 months no preference responsive to everyone
  • early attachment:learn to distinguish mum fromothers, at 7 months smile more at mum…
  • attachment: 8+. Separation and stranger anxiety, learns that mum will return
  • partnership stage: from 4 years: learns others have needs to
  • no evidence of impriniting starght after birth, bowlby says formed over much longer period of time eg some raised by grandparetns
  • ☺ mary ainsworth supports
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12
Q

Mary ainsworth:

A
  • strange situation 2978
  • compared europesns and African kids
  • type a: insecure-avoidant: shows no signs of missing parent and ignores them on return
  • type b: secure. Midly distressed when parent leaves and warm gretting upon return
  • typr c: insecure ambivalent: distressed when mum leaves and cant be calmed by mum on return
  • maternsl sensitivity hypothesis: more likely to grow up securely if mother is intune with emotions
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13
Q

Kroonberg et al 1988

A

• ☹ in different countries different attachments look like Kroonberg et al (1988), England most securey attachement, Germany more insecure avoidants as raise children independent where as in Isral have more insecure resistants because brought up in a Kibbutz (communal living) so used to mother living and being left with stranger

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14
Q

Skinner

A
  • further Pavolv
  • operant conditioning
  • negative reinforce takes away something negative
  • punishment causes negative behvaiour to stop
  • extinction: pairing gone
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15
Q

Bobo doll study 1963:

A

• ☹ only 10% imitated

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16
Q

The roberstons:

A
  • observed children aged 17 months- 2 years with separation for 10-27 days
  • John was in a nursery for 9 days. Showed distress during stay and rejected mother uposn return with strong secure attschemnet before. Need a replacement caregiver to keep the same rotutine
17
Q

When does senses develop

A
  • Touch at 8/9 weeks prenataaly
  • Taste and smeel eg prenatally infant more likely to consume sweet substance
  • Auditory system from 20 weeks, eg responds to loud sounds
  • Infant shows habituation learning in the eomrn
  • Caffeine might lead to high excitability and low birth weight
  • Newborsn have 1/6 of adult synapses, by 12 months have double amount of adult syndapses
  • Myelination occurs from spinal cord-forebrain
18
Q

whats is better method tan preferential looking

A

wVisually provoked potentials is a more sensitive test that preferential looking. It is measuring the electrical signal at the scalp of the occipital cortex in reponse to light

19
Q

about visual cliff

A

Infants can see middle to long wavelengths: cant see blue

Keep crawling at a visual cliff at 2 months, 7 months stpp in distress

20
Q

what age do see object as whole

A

8 months, 6 months exists out of sight (more gamma rays looking at where object is)

21
Q

Until 12-16 months can discriminate between sounds from different languages

A

a

22
Q

what age can solve problems using previous knowledge

A

1 year

23
Q

preganant women read same text twice a day in last 3 weeks pregnancy. At 2/3 days old measured this text vs new text with non-nutritive sucking method. Infants changed suck rate on familiar, shows can encode complex verbal info

A

DeCasper and Spenser 1986

24
Q

develop scripts form

A

3 months

25
Q

) fMRIS show encoding in kids vs adults brain is diofferent. Adults encode in MTL and PFC kids only encode in left PFC. Adult like encoding age 10

A

Chik et al (2006

26
Q

Goleman s

A

Goleman suggested emotional inteellgience was better predicter of intelligence

27
Q

Sternberg triadic theory of intelligence

A

(creative, analysitcal, pratical)

28
Q

found only 40-60% of people use formal logic, showing others fail the intelligence tests

A

Keating (1980)

29
Q

Girls are beterr at reading emoitons from

A

3/4 months

30
Q

• Bayesian computational model

A

: they are connectivist models on development. Children form probability representations of their hypothesis being correct, e.g. 70% sure it’s a lion, 30% sure it’s a cat.

31
Q

children acquire a good deal of their verbal and nonverbal behavior by casual observation and imitation of adults and other children.ven a very young child who has not yet acquired a minimal repertoire from which to form new utterances may imitate a word quite well on an early try, with no attempt on the part of his parents to teach it to him.

A

Chomsky 1967

32
Q

) looking at a compyter program designed to teach ASD how to better recognise and predict emotions of others. Two groups of children with ASD, one used it for 10 30 minute sessions over two weeks. By using this made syuinficant reduction in errors in facial expressions. Tested before and after with recognisting emotions in ohotos, cartoons… experimental group improved significantly compared to control group. However not in real life-need to test this next

A

Sliver and Oakes (2001)

33
Q

Reduced activity in anterior MPFC in autism, but complex brain differences, can stimulate ASD by stimulating frontal area. E.g. Give slot more details on the horse when stimulation attend to smaller details

A

castellinet al do 2002:

34
Q

stated children learn these words through fast-mapping, by generating a hypothesis of an unfamiliar word’s meaning. Upon repetition of this word, children test their hypothesis to ensure they have the correct definition.

A

Kaminski, Call and Fisher (2004)

35
Q

adolescent males with high-functioning Austism Spectrum Disorders (ASD) and 16 age and IQ matched typically developing control males completed a new sensitive test of facial emotion recogni- tion which uses dynamic stimuli of varying intensities of expressions of the six basic emotions . Participants with ASD were found to be less accurate at processing the basic emotional expressions of disgust, anger and surprise; disgust recognition was most impaired – at 100% intensity and lower levels, whereas recognition of surprise and anger were intact at 100% but impaired at lower levels of intensity. Delay in development to detect disgust in ASD.

A

Smith et al. (2009