Continue Chapter 3 - Flashcards
(75 cards)
How does memory support rapid cognitive growth in infants?
a) Infants use memory to compare new experiences with previous ones
b) Memory prevents the need for sensory exploration
c) Memory replaces motor skills in cognitive development
d) Infants cannot use memory until after the sensorimotor stag
a) Infants use memory to compare new experiences with previous ones
Explanation: Robust memory allows infants to build on past experiences, supporting learning and intellectual growth.
Why might an infant repeat an action, like dropping a spoon, to elicit a caregiver’s response?
a) They are practicing motor skills
b) They are testing cause-and-effect relationships
c) They are mimicking the caregiver’s actions
d) They have forgotten the outcome of the action
b) They are testing cause-and-effect relationships
Explanation: Repeating actions like dropping objects demonstrates deliberate testing of cause-and-effect relationships, a hallmark of cognitive development.
What is one primary goal of combining sensory and motor skills during infancy?
a) Replacing social interaction with physical exploration
b) Developing independent abstract thinking
c) Enhancing social interaction, comfort, and learning
d) Limiting sensory input for better focu
c) Enhancing social interaction, comfort, and learning
Explanation: Combining sensory and motor skills allows infants to interact with others, feel secure, and explore their environment for learning opportunities
What does the development of mental representation enable infants to do?
a) Imitate an action immediately after seeing it
b) Imagine or replicate something later that is no longer present
c) Rely solely on reflexes for learning
d) Interact only with objects directly in their view
b) Imagine or replicate something later that is no longer present
Explanation: Mental representation allows infants to form mental images of absent objects or actions, enabling deferred imitation.
What experiment demonstrated infants’ ability to imitate actions after a delay?
a) Piaget’s conservation experiment
b) Meltzoff’s deferred imitation experiment
c) The A-not-B error test
d) The visual cliff experiment
b) Meltzoff’s deferred imitation experiment
Explanation: Meltzoff’s 1999 experiment showed that infants could replicate observed actions later, highlighting their capacity for deferred imitation.
Which sensorimotor stage involves infants using their own bodies to repeat enjoyable actions?
a) Reflex modification
b) Primary circular reactions
c) Secondary circular reactions
d) Tertiary circular reactions
b) Primary circular reactions
Explanation: During primary circular reactions (1–4 months), infants repeat actions involving their own body for enjoyment, such as clapping hands.
What distinguishes secondary circular reactions from primary circular reactions?
a) Infants focus on reflexes instead of intentional actions
b) Infants engage with objects and other people rather than their own bodies
c) Infants rely on motor skills rather than sensory abilities
d) Infants demonstrate object permanence in both stage
: b) Infants engage with objects and other people rather than their own bodies
Explanation: Secondary circular reactions (4–8 months) involve repetitive actions with external objects and people, unlike primary circular reactions, which focus on the infant’s own body.
What is the main characteristic of tertiary circular reactions (12–18 months)?
a) Reflexive actions for self-entertainment
b) Repetition of learned actions without variation
c) Scientific exploration of objects’ uses and properties
d) Reliance on mental representation rather than motor skills
c) Scientific exploration of objects’ uses and properties
Explanation: Tertiary circular reactions involve “little scientists” experimenting with how objects function and exploring their environment through trial and error
When do infants reliably pass the A-not-B error task?
a) During primary circular reactions
b) By the end of the sensorimotor period (18–24 months)
c) During secondary circular reactions
d) By 4–6 months of age
: b) By the end of the sensorimotor period (18–24 months)
Explanation: Infants overcome the A-not-B error and consistently look for an object in their new location by 18–24 months.
What does the A-not-B error reveal about an infant’s understanding of object permanence?
a) Infants lack object permanence entirely
b) Infants understand object permanence but struggle with flexible mental representations
c) Infants can only locate objects in their original position
d) Infants do not develop object permanence until age 2
b) Infants understand object permanence but struggle with flexible mental representations
Explanation: The A-not-B error shows that while infants know an object exists when hidden, their mental representation is fragile, and they default to the first hiding spot
How does deferred imitation demonstrate advanced cognitive development?
a) It shows an infant’s ability to repeat an action immediately after seeing it
b) It requires mental representation to replicate an action after a delay
c) It relies solely on sensory input and reflexive actions
d) It depends entirely on motor development
b) It requires mental representation to replicate an action after a delay
Explanation: Deferred imitation requires infants to mentally store and later reproduce an observed behavior, showing advanced memory and representation.
Why is Piaget criticized for underestimating infants’ cognitive abilities?
a) He focused too much on motor development and reflexes
b) He suggested that cognitive development occurs too quickly
c) He argued that mental representation appears before age one
d) He ignored the role of sensory development in cognition
a) He focused too much on motor development and reflexes
Explanation: Piaget underestimated the age at which infants develop cognitive abilities like object permanence and deferred imitation, partly due to his emphasis on motor skills to demonstrate cognition.
What limitation of Piaget’s theory does research on object permanence reveal?
a) Object permanence is primarily a sensory ability
b) Infants can demonstrate object permanence as early as 3–4 months
c) Infants develop object permanence only after learning to walk
d) Object permanence is unrelated to mental representation
: b) Infants can demonstrate object permanence as early as 3–4 months
Explanation: Modern research shows that object permanence may emerge earlier than Piaget proposed, with evidence of its presence as early as 3–4 months.
What is one key contribution of Piaget’s work on the sensorimotor period?
a) It emphasized the role of cultural factors in cognition
b) It demonstrated the importance of observing infant cognition over time
c) It focused on how infants develop without sensory input
d) It rejected the importance of reflexive behaviors in learning
: b) It demonstrated the importance of observing infant cognition over time
Explanation: Piaget’s careful observation of infant cognition at different stages highlighted how understanding and problem-solving evolve with age.
If an infant repeatedly drops objects from their high chair and watches a caregiver pick them up, which stage of Piaget’s theory does this behavior reflect?
a) Primary circular reactions
b) Reflex modification
c) Secondary circular reactions
d) Beginning of mental representation
c) Secondary circular reactions
Explanation: The infant is engaging in repetitive actions with external objects to elicit responses, a hallmark of secondary circular reactions.
Why might an infant fail to adapt their schema when encountering a new experience?
a) They cannot assimilate new information until age two
b) They struggle with accommodation, requiring mental restructuring
c) They prioritize reflexive actions over cognitive processes
d) Their sensory abilities are too underdeveloped
b) They struggle with accommodation, requiring mental restructuring
Explanation: Accommodation requires infants to adjust their existing schema to incorporate new and sometimes challenging experiences.
How does the “little scientist” stage (12–18 months) differ from earlier stages?
a) Infants passively observe the environment
b) Infants explore objects intentionally to test hypotheses
c) Infants focus on repetitive actions without variation
d) Infants rely entirely on reflexes for learning
b) Infants explore objects intentionally to test hypotheses
Explanation: During the “little scientist” stage, infants actively experiment with objects to understand their properties and how the world works.
What is the relationship between motor skills and cognitive development according to critiques of Piaget?
a) Cognitive abilities develop slower than motor skills
b) Motor limitations delay the demonstration of cognitive abilities
c) Motor skills and cognition develop independently
d) Reflexive actions are unrelated to cognitive growth
b) Motor limitations delay the demonstration of cognitive abilities
Explanation: Critics argue that Piaget’s emphasis on motor demonstrations underestimated infants’ cognitive abilities, as motor limitations may delay observable evidence of their knowledge.
What was traditionally believed about infants and memory?
a) Infants have fully developed memory from birth.
b) Infants have no mental representation and cannot remember.
c) Infants demonstrate advanced recall abilities before birth.
d) Infants only develop memory after learning language
b) Infants have no mental representation and cannot remember.
Explanation: Historically, it was believed that infants lacked the ability to form mental representations and could not remember. This perspective has been challenged by more recent research demonstrating memory development even before birth.
What significant discovery did research on infant memory reveal?
a) Infants develop memory only after six months of age.
b) Memory development begins before birth.
c) Infants cannot retain information for more than 24 hours.
d) Memory formation depends solely on external reinforcement.
b) Memory development begins before birth.
Explanation: Studies show that memory begins developing before birth, challenging earlier notions that infants lack memory capabilities.
What does the Rovee-Collier mobile paradigm demonstrate about infant memory?
a) Infants can only recognize visual stimuli.
b) Infants can associate actions with outcomes and remember them later.
c) Infants can only remember sequences of actions by the age of two.
d) Infants are incapable of remembering conditioned responses.
b) Infants can associate actions with outcomes and remember them later.
Explanation: In the paradigm, infants learned to associate leg movements with the movement and sound of a mobile, demonstrating their ability to form and retain association
According to Rovee-Collier’s findings, how long can a 2-month-old infant retain a memory?
a) Up to 12 hours.
b) Up to 24 hours.
c) Up to 48 hours.
d) Up to one week
c) Up to 48 hours.
Explanation: Research found that infants as young as 2 months old can retain a memory for up to 48 hours
What condition allows 6-month-old infants to retain information for up to three weeks?
a) Exposure to new environments.
b) Changes in context and cues.
c) Stable context and reminders.
d) Randomized learning sessions.
c) Stable context and reminders.
Explanation: Six-month-old infants can remember for up to three weeks if they are in a stable environment with consistent cue
What is a limitation of the studies on infant memory mentioned in the critique?
a) They only test infants’ recall memory.
b) They do not differentiate between recognition and recall memory.
c) They focus solely on recognition memory.
d) They assume infants lack memory entirely
c) They focus solely on recognition memory.
Explanation: A critique of these studies is that they predominantly measure recognition memory, akin to multiple-choice tests, rather than recall memory.