week 6 Flashcards

(44 cards)

1
Q

what makes spoken language learning easier than written language?

A

It develops early, is automatic, social, and rarely difficult for children.

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2
Q

What makes written language learning harder?

A

It develops later, requires explicit instruction, visual/motor skills, and is less social.

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3
Q

Key cognitive processes in reading?

A

Letter recognition,
phonology,
semantics,
word recognition,
visual perception, grammar,
attention, comprehension.

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4
Q

What is the progression in learning to read?

A

Babies: Process phonology (learn sounds of their language)

Toddlers: Manipulate phonemes

Early primary: Orthography–phonology link - learn to combine letters and read words

Primary school: Comprehension skills
→ From “learning to read” to “reading to learn”

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5
Q

zie study 2011 less 8 mths

A

child hears sounds in all languages

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6
Q

zie study 2011 l 8-10 mths

A

sensitive to stat pattens of language

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7
Q

zie study 2011 -10 mths

A

child only hears sounds in their native language

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8
Q

social processes in learning language

A

social interaction is essential for learning language

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9
Q

how children learns to read

A
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10
Q

What is the role of the “Veilig leren lezen” method?

A

Supports decoding by linking orthography (letters) to phonology (sounds).

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11
Q

Why is English difficult for beginners?

A

It has low orthographic transparency—many words look the same but sound different.

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12
Q

Q7: What is the Word Superiority Effect?

A

We recognize letters more accurately when they are part of real words.

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13
Q

What is the Visual Word Form Area (VWFA)?

A

A brain region in the left fusiform gyrus, sensitive to words and trained through reading.

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14
Q

Q9: What happens to the VWFA during development?

A

A: Becomes increasingly word-specific by age 8 due to “neuronal recycling.”

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15
Q

Q10: What is rotational invariance, and how does it relate to reading?

A

A: VWFA initially treats mirrored letters as identical—children must unlearn this.

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16
Q

parallel processing

A

recognizing lettters within a word happens in parallel

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17
Q

does word length effect exisit in good readers

A

NO only in beginning readers

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18
Q

metalinguistic awarness

A

knowledge of the language

19
Q

is readoing top down or bottum up

A

top down infleunce

20
Q

neuronal recylcing hypothesis

A

uses a brain system (visual system) and train it to do something else (read letters)

21
Q

reading performance is positively correlated with what brain region

A

VWFA activation during reading

22
Q

Reading performance is
negatively correlated with __
activation in respons to other
stimuli

23
Q

when children begin to write they make letter orientation errors - why?

A

rotational invariance in VWFA

24
Q

repetition priming

A

results in response facilitation (faster responses) if the same image is shown

25
Research Article – VWFA and Reading Acquisition Q1: What is the research question?
How does learning to read affect the organization of the visual cortex in children, specifically the development of the Visual Word Form Area (VWFA)? Does reading acquisition reorganize cortical responses to visual categories?
26
Why is this relevant?
Understanding how literacy shapes brain development informs theories like the neuronal recycling hypothesis. Offers insight into how education reshapes brain function in early childhood. Has implications for literacy education and interventions for reading difficulties.
27
How was this question studied?
Longitudinal fMRI study: 10 children scanned 6–7 times over the first 2 years of school. Children viewed images from different categories (words, faces, tools, etc.) during a passive task. Behavioral tests assessed reading development (e.g., reading speed, phoneme-grapheme knowledge). Researchers tracked VWFA activation over time.
28
What were the results? A:
VWFA activity emerged rapidly after reading instruction began. It developed in initially weakly specialized cortex, not replacing face or object areas. Right-hemispheric face activity increased with reading skill (compensatory shift). Word-specific activity in the VWFA correlated with reading speed. Other category-selective regions remained stable in volume and location.
29
What are the implications? (For science and practice)
Scientific: Supports a refined neuronal recycling model—new skills (like reading) use underutilized cortex without fully displacing existing functions. Practical: Guides literacy education strategies by showing how early and rapidly the brain adapts to reading. Informs interventions by emphasizing early plasticity windows. Suggests neuroimaging markers (VWFA) could be used for literacy diagnostics or to assess intervention outcomes.
30
Q1: Key cognitive processes in math?
Quantity sense, counting, problem-solving, memory for facts, use of symbols, strategies.
31
What is number sense and where is it located?
Intuition for amounts and relations—located in the intraparietal sulcus (IPS).
32
What is the Distance Effect?
Longer RT if comparing two numbers at a short numerical distance (5 vs. 6 is more difficult than 2 vs. 8
33
What is the Size Effect?
RT depends on the absolute size of a number (5 vs. 6 more difficult than 2 vs. 3
34
What does the Triple-Code Model explain? Dehaene & Cohen’s Triple-Code model
three systems: number sense language symbols
35
Evidence from the Mundurucú people shows...?
Estimation doesn't require language, but exact calculations do.
36
What roles do different brain areas play in math?
IPS: Quantity Angular Gyrus: Verbal memory/facts VLPFC/DLPFC: Cognitive control SPL: Visuospatial processing VTOC: Number form
37
ow does math education shape the brain?
Enhances symbolic processing and sharpens estimation via symbolic training.
38
How do fact retrieval and strategy use differ neurologically?
fact recall (AG), strategy use (IPS, PFC), subtraction engages more areas than addition.
39
Learning symbolic representations (numbers) Different view
Related to nonsymbolic representations (ANS) * Related to learning to count (number words
40
Why are the arts important for development?
Support social, emotional, sensorimotor, and cognitive development.
41
What does art education enhance?
Social: Collaboration Emotional: Empathy, expression Sensorimotor: Coordination Cognitive: Imagination, pattern recognition
42
Why is science difficult for children?
Requires abstract reasoning, deliberate experimentation, and cognitive maturity.
43
What supports effective science learning?
Blending structured instruction with discovery, social interaction, and hands-on experience.
44
What do arts and sciences have in common
Observation, creativity, and integrating emotion with logic via distributed brain networks.