Adolescent development pt 2

0.0(0)
studied byStudied by 0 people
0.0(0)
full-widthCall with Kai
GameKnowt Play
New
learnLearn
examPractice Test
spaced repetitionSpaced Repetition
heart puzzleMatch
flashcardsFlashcards
Card Sorting

1/49

encourage image

There's no tags or description

Looks like no tags are added yet.

Study Analytics
Name
Mastery
Learn
Test
Matching
Spaced

No study sessions yet.

50 Terms

1
New cards

Q: How did Piaget believe children develop knowledge?

A: By constructing reality out of their experiences, mixing what they observe with their own ideas.

2
New cards

Q: What is equilibration in Piaget’s theory?

A: The balancing of assimilation (fitting reality into existing schemas) and accommodation (modifying schemas to fit reality).

3
New cards

Q: What is assimilation?

A: Interpreting new experiences in terms of existing schemas.

4
New cards

Q: What is accommodation?

A: Modifying existing schemas to fit new information.

5
New cards

Q: What drives cognitive development according to Piaget?

A: Equilibration — balancing assimilation and accommodation to resolve cognitive disequilibrium.

6
New cards

Q: What are Piaget’s four stages of cognitive development?

A: Sensorimotor, Preoperational, Concrete Operational, Formal Operational.

7
New cards

Q: What is the main feature of the sensorimotor stage (0–2 years)?

A: Infants learn through actions and senses; thought is tied to action.

8
New cards

Q: What major achievement emerges in the sensorimotor stage?

A: Object permanence — understanding objects exist even when out of sight.

9
New cards

Q: What is egocentrism in the sensorimotor stage?

A: The infant’s inability to take another’s perspective (the world disappears when they close their eyes).

10
New cards

Q: What is the main feature of the preoperational stage (2–7 years)?

A: Emergence of symbolic thought — using words and images to represent concepts.

11
New cards

Q: What limits preoperational thinking?

A: Egocentrism, centration (focusing on one feature), and lack of operations (mental transformations).

12
New cards

Q: What is the main achievement of the concrete operational stage (7–12 years)?

A: Understanding conservation (properties stay the same despite changes in form) and performing reversible mental operations.

13
New cards

Q: What logical ability develops in the concrete operational stage?

A: Transitivity — reasoning that if A > B and B > C, then A > C.

14
New cards

Q: What is the main feature of the formal operational stage (12+ years)?

A: Ability to think abstractly, reason with formal propositions, and test hypotheses systematically.

15
New cards

Q: What are 3 major criticisms of Piaget’s theory?

A:

  1. Underestimated young children’s abilities.

  2. Stages are not as rigid or consistent.

  3. Downplayed cultural and environmental influences.

16
New cards

Q: What cultural findings challenge Piaget’s universality?

A: Children in different societies reach stages at different ages, depending on cultural practices (e.g., potter’s children understand clay conservation earlier).

17
New cards

Q: What does the transactional model emphasise?

A: The interplay between genetics and environment, with children and parents influencing each other’s behaviour over time.

18
New cards

Q: Give an example of the transactional model in practice.

A: A mother’s behaviour influences a child’s behaviour, which then changes how the mother reacts in the future (bidirectional influence).

19
New cards

Q: What is the key idea in Vygotsky’s theory?

A: Cognitive development is driven by social interaction and cultural context.

20
New cards

Q: What is the zone of proximal development (ZPD)?

A: The gap between what a child can do alone and what they can achieve with guidance from a skilled partner.

21
New cards

Q: According to Vygotsky, how do children learn?

A: Through collaboration, imitation, and interaction with parents, peers, and teachers.

22
New cards

Q: What does the information-processing approach focus on?

A: Continuous, quantitative changes in cognitive processes like memory and attention.

23
New cards

Q: What 5 factors drive information-processing development?

A: Processing speed, automatisation, knowledge base, cognitive strategies, and metacognition.

24
New cards

Q: What is automatisation?

A: The process of executing tasks more efficiently with less conscious effort.

25
New cards

Q: What is metacognition?

A: Thinking about one’s own thinking — monitoring and regulating cognitive processes.

26
New cards

Q: What do Neo-Piagetians integrate?

A: Piaget’s stage theory with the information-processing approach.

27
New cards

Q: What did Robbie Case argue was central to cognitive development?

A: Expansion of working memory capacity.

28
New cards

Q: How does working memory expansion enable development?

A: It allows children to hold and coordinate more dimensions of a problem (e.g., length & width in conservation tasks).

29
New cards

Q: What is a concern about multitasking in teenagers?

A: It may reduce deep learning and long-term focus.

30
New cards

Q: What are some benefits of action video games?

A: Improved attention, visual-spatial skills, and reading in dyslexic children.

31
New cards

Q: What is a potential risk of technology use in adolescence?

A: Increased reliance on instant gratification, possibly reducing ability to delay gratification.

32
New cards

Q: Are cognitive declines in later life global or selective?

A: Selective — some areas decline, while others remain stable or even improve.

33
New cards

Q: What is one of the clearest cognitive changes in ageing?

A: Psychomotor slowing — increased time to process and act on information.

34
New cards

Q: When does psychomotor slowing begin?

A: As early as the mid-20s, but usually noticed in the 50s or 60s.

35
New cards

Q: Why does slower processing speed affect reasoning and problem-solving?

A: Because it reduces time to process multiple pieces of information and limits working memory capacity.

36
New cards

Q: How does ageing affect working memory?

A: Simple short-term storage is intact, but complex working memory tasks (divided attention, multitasking) show decline.

37
New cards

Q: What neural changes contribute to working memory decline?

A: Reduced and less efficient activation of the prefrontal cortex; older adults recruit both hemispheres for tasks younger adults lateralise.

38
New cards

Q: Which aspects of long-term memory remain relatively intact with ageing?

A: Encoding with enough time, semantic knowledge, implicit memory, and wisdom.

39
New cards

Q: Which aspect of long-term memory is most affected by ageing?

A: Retrieval of explicit memories, especially recall (harder than recognition).

40
New cards

Q: What period of life provides the most vivid episodic memories for older adults?

A: Between ages 10–30 (reminiscence bump).

41
New cards

Q: How do older adults compensate for memory declines in everyday life?

A: They focus on gist rather than detail and use larger knowledge bases and strategies.

42
New cards

Q: How does ageing affect productivity at work?

A: Productivity does not decline with age; experience and strategies offset slower processing.

43
New cards

Q: What is the difference between fluid and crystallised intelligence in ageing?

A: Fluid intelligence peaks in young adulthood then declines; crystallised intelligence continues to grow until very old age.

44
New cards

Q: What did the Seattle Longitudinal Study find about cognitive ageing?

A: Most people do not decline significantly until their 60s or 70s; decline varies greatly between individuals.

45
New cards

Q: What is the "use it or lose it" principle in ageing?

A: Staying mentally and physically active helps preserve cognitive function.

46
New cards

Q: What role does education play in ageing and cognition?

A: More years of education early in life predict less cognitive decline later.

47
New cards

Q: What proportion of the Australian population has progressive, incurable dementia?

A: About 1%.

48
New cards

Q: What is the most common cause of dementia?

A: Alzheimer’s disease.

49
New cards

Q: What are the key brain changes in Alzheimer’s?

A: Tangled neurons, protein deposits, low acetylcholine, and hippocampal damage.

50
New cards

Q: Is Alzheimer’s influenced by genetics?

A: Yes — linked to genes on several chromosomes, including chromosome 21 (also implicated in Down syndrome).