Theories Flashcards

1
Q

body size, body proportions, appearance, brain development, motor development, perception capacities, physical health

A

physical domain

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2
Q

thought processes and intellectual abilities, incliding attention, memory, problem solving, imagination, creativity, academic and everyday knowledge, metacognition and language

A

cognitive domain

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3
Q

self knowledge, moral reasoning, understanding and expression of emotions self regulation, termperment, understanding others, interpersonal skills and friendships

A

social/emotional domain

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4
Q

belief that heredity and innate biological processes govern growth

A

biological theories

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5
Q

assumes a heirarchial nature of nervous system maturation
attibutes normal motor develpment to increasing corticalization of the CNS
functional behaviors appear as the nervous system matures
development is build upon reflexes
assumes that CNS maturation is the primary agent for change in development

A

neural-maturationist

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6
Q

attachment between an infant and the caregiver can insure the infant’s survival
the infant’s relationship to the parent begins as a set of innate signals that call the adult to the baby’s side
as time passes a true affectionate bond develops which is supported by new cognitive and emotional capacities as well as a history of consistent, sensitive, responsive care by the parent

A

attachment theory

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7
Q

examines how behavior is determined by a species need for survival
has its roots in charles darwins research
describes a “critical period” or “ sensitive period” for learning
although it emphasizes the genetic and biological roots of development, learning is also considered imortant becuawe it lends flexibility and adaptiveness to behavior

A

Ethology

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8
Q

belifes that describe how children learn

A

cognitive theories

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9
Q

development occurs through intreaction between the individual and environment
contingency learning and positive reinforcement
pavlovian conditioning

A

behavioral (skinner)

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10
Q

development occurs through interaction between cognitive-neural structures and environmental opportunities
first cation are reflexive, then become voluntary

A

paigetian

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11
Q

paigets cognitive development stages

A

sensori-motor
preoperation
concrete operations
formal operations

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12
Q

ages birth-2: the infant uses his senses and motor abilites to understand the world

A

sensori motor

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13
Q

ages 2-7: the child uses mental representations of objects and is able to use symbolic throught and language

A

preoperation

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14
Q

ages 7-11: the child uses logical operations or principles when solving problems

A

concrete operations

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15
Q

ages 12 and up: the use of logical operation in a systematic fashion and with the ability to use abstractions

A

formal operations

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16
Q

agreed that children are active learners, but their knowledge is socially constructed
cultural values and customs dictate what is important to learn
children learn from more expert members of the society
described the “zone of proximal development” where learning occurs

A

Lev Vygotsky

socio-cultural theory

17
Q

the distance between the actual development level as determined by independent problem solving and the level of potential development as determined through problem solving under adult guidance or in collaboration with more capable peers

A

zone of proximal development

18
Q

uses the model of the computer to describe how the brain works
focuses on how information is perceived, how information is stored in memory, how memories are retrieved and then used to solve problems

A

information processing theory

19
Q

children are passive beings who can be molded by controlling the stimulus-response associaations

A

john watson

father of american behaviorist theory

20
Q

stressed how children learn by observation and imitation

believed that children gradually become more selective in what they imitate

A

social learning theory

albert bandura

21
Q

the belief taht development can’t be explained by a single concept, but rather by a complex system

A

development systems theory

22
Q

development of a motor pattern depends on a combination of mechanical, neuroligic, cognitive, and perceptual factors in addition to environmental contributions
neural maturation is equal to other structures and processes that influence motor development
environment is an important as the organism
movements are self organizing and emerge as a result of interaction between the subsystems
each subsystem develops at its own rate

A

dynamical systems

23
Q

variables that regulate change in the behavior (movement) of the child

A

control parameters

24
Q

factors that limit the ability of the child to move

A

rate limiters

25
Q

stable movement patterns (preferred but not obligatory)

A

attractors

26
Q

varied systems of the environment and the interrelationships amond the systems shape a childs developemnt
bothe the environment and biology infuence the childs development
the environmental affects the child and the child influences the environment

A

ecological systems theory or bioecological theory

brogenbrenner

27
Q

activites and interaction int he child’s immediate surroundings: parents school, friends

A

microsystem

28
Q

relationships among the entities involved in the childs microsystem: parents interations with teachers, a schoold interaction with the daycare provider

A

mesosystem

29
Q

social institutions which affect children indirectly: parents work settings and policies, extended family networks, mass media, community resources

A

exosystem

30
Q

broader cultural values, laws and governmental resources

A

macrosystem

31
Q

changes which occur during a childs life, both personally like the birth of a sibling and culturally like the iraqi war

A

chronosystem

32
Q

principles of development

A

cephalocaudal
proximodistal
maturation

33
Q

dead downward

child first gains control fo the head, then arms then legs

A

cephalocaudal

34
Q

development proceeds from center of the body outward
spinal cord develops before other parts of the body
arms develop before hands

A

proximodistal

35
Q

sequence of biological changes in children
depends on changes in the brain and nervous system
these changes assist children to improve their thinking abilities and motor skills

A

maturation

36
Q

continuing process of the creation and organization of neuron connections that occurs as a result of a person’s life experiences

A

experience-dependent

37
Q

normal, generalized development of neuron connection that occur as a result of common experiences that all humans are exposed to in a normal environment. these early universal experiences are visual stimulation, sound, and bodily movement

A

experience-expectant

38
Q

development doesn’t follow a linear pattern
as children develop a skill, they may regress to and earlier forms of the behavior as new, more mature and adaptive, versions of these skills emerge
periods of instability or disequilibrium drive the developmental process
interventions may be more effective during periods of sensitive period

A

spiraling pattern of development