SP 2: Development of Reading and Math Flashcards

Week 2

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1
Q

development of reading

A

phonological awareness

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2
Q

phonological awareness

A
  • understanding the structure of words
  • key for learning to read
  • understanding and manipulating the component sounds of words
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3
Q

phonological awareness: becoming aware of:

A

1: sentences
2: words
3: syllables
4: onset-rime
5: phonemes

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4
Q

morfemes

A

smallest use of meaning in language

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5
Q

phonemes

A

smallest unit of language that can make one word different from another
- not a natural speech unit, only becomes important when you start reading (so NOT develop before reading)

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6
Q

syllable awareness: tasks:

A

1) tapping task
2) counting task
3) deletion task

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7
Q

1) tapping task

A

tap for number of syllabus
- develops BEFORE reading instruction
- developed at 6

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8
Q

2) counting task

A

lay down number of counters that equals number of syllabus
- develops BEFORE reading instruction
- developed at 5

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9
Q

3) deletion task

A

delete syllable of word

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10
Q

syllable and phoneme awareness

A

syllable develops before reading instruction
phonemes when older

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11
Q

onset and rime awareness

A

onset = first phonological unit (Cat, SNake)
rime = string of letters that follow

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12
Q

tasks to practice onset and rime awareness

A
  • spoken rhyme recognition
  • spoken rhyme production
  • onset-rime blending
  • rhyme oddity task
  • oddity task
  • cross-cultural oddity task
  • same-different task
  • blending and segmentation tasks
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13
Q

spoken rhyme recognition

A

do these words rhyme? hat-cat

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14
Q

spoken rhyme production

A

tell me a word that rhymes with cat

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15
Q

onset-rime blending

A

which word is this? F-ish

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16
Q

rhyme oddity task

A

which word does not belong?
- develops BEFORE reading instruction

17
Q

oddity task

A

select ‘odd word out’ of group of three words
- 4-5 y/o are getting okay at this

18
Q

same-different task

A

would puppet like words pairs with onset and rime?

19
Q

blending and segmentation tasks

A

help the puppet to blend units (h)(at) -> hat)

20
Q

phoneme awareness

A

being able to divide spoken words into the smallest sounds elements
- phonemes -> individual letters
- does NOT develop before reading instruction

21
Q

phoneme tasks

A

1) counting task (lay down number of counters that equals number of phonemes)
2) tapping task
3) same-different task (recognize same beginning and end phonemes)

22
Q

orthographic transparency

A

mapping between letters and sounds: how clearly a language’s spelling reflects its sounds
- 1:1: finnish, german, spanish
- orthographically transparent languages: children better al phoneme counting

23
Q

phonemic structure

A
  • CV: consonant-vowel (spanish, italian)
  • CVC: consonant-vowel-consonant (english, german)
    -> CVC more difficult to learn, because onset-rime segmentation with CV is the same as phonemic segmentation
24
Q

individual differences in phonological awareness

A

predictive of reading and spelling years later (7 y/o)

25
Q

hawthorne effect

A

participants in behavioral studies change their behavior or performance in response to being observed

26
Q

intervention study design to test causal relation between phonological awareness at 4 and reading awareness years later

A

oddity task; 4 groups, 2 years training
1) phonological awareness group: grouping by rhyme, onset, vowel phonemes
2) phonological awareness + plastic letters: grouping by rhyme, onset, vowel phonemes + letter-sound awareness
3) semantic (active) control: picture sorting by semantic category
4) unseen control group

27
Q

developmental dyslexia

A

core problem = phonological awareness
- normal/high IQ, wide vocabulary
- heritable

28
Q

tasks to test developmental dyslexia

A

1) phonological awareness tasks
2) tasks requiring phonological STM
3) rapid automatized naming tasks

29
Q

main finding of neuroimaging studies on dyslexia

A

children with dyslexia use 1 main brain region
children withoutdyslexia use 3

30
Q

development of math

A

triple code model

31
Q

triple code model

A

3 numerical systems in brain
1) VISUALLY BASED CODING for arabic numerals in the fusiform gyrus
2) LANGUAGE BASED SYSTEM for number facts in left angular gyrus (language area)
3) GENERAL NUMBER SENSE in parietal lobe and intraparietel sulcus (IPS)

32
Q

subitizing

A

distinguishing between the numerosity of very small sets of numbers without counting

33
Q

number sense

A

analog magnitude representation:
innate sense of coding quantity in an approximate way following Weber’s law
- children better at choosing the larger array when the ratio was larger: 1:2, instead of 2:3

34
Q

Weber’s law

A

our ability to make physical discriminations is ratio sensitive

35
Q

core principles underlying counting

A

1) cardinality
2) ordinality

36
Q

1) cardinality

A

all sets with the same number are qualitatively equivalent
- cookies

37
Q

2) ordinality

A

numbers come in an ordered scale of magnitude

38
Q

development of counting

A

shift from grabbing to counting around 3.5 y/o

39
Q

dyscalculia

A

difficulty in transition intuitive (non-symbolic: 3 blocks) and cultural system (symbolic: number 3)
- may be more general magnitude processing deficit: comparing length of lines, sizes of objects