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This deck focuses on 6b Cognitive Development Lifespan, giving you a quick way to review the definitions, rules, and examples that matter most for MCAT Psychological Social Foundations.
Study 6b Cognitive Development Lifespan in MCAT Psychological Social Foundations with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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What is theory of mind in child development?
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Understanding that others have different mental states. Develops around age 4, crucial for social interaction.
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This deck focuses on 6b Cognitive Development Lifespan, giving you a quick way to review the definitions, rules, and examples that matter most for MCAT Psychological Social Foundations.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Understanding that others have different mental states. Develops around age 4, crucial for social interaction.
Answer: Vygotsky's sociocultural theory. Emphasizes social interaction and cultural context in learning.
Answer: Learning via senses and motor actions. Infants explore the world through touching, grasping, and mouthing objects.
Answer: Distress when separated from primary caregivers. Peaks around 10-18 months as attachment forms.
Answer: Progressive neurodegeneration with memory loss. Most common dementia; plaques and tangles damage brain tissue.
Answer: Balancing assimilation and accommodation to reduce cognitive disequilibrium. This mechanism drives cognitive progress by resolving tensions between existing knowledge and new information through adaptive processes.
Answer: Egocentrism. Inability to see situations from others' perspectives, typical ages 2-7.
Answer: Developing competence through mastering skills and meeting expectations. School-age focus on achievement builds self-efficacy.
Answer: Infants persist in searching at old location, reflecting immature cognition. Shows limited working memory and executive function in infants.
Answer: Interpreting new experiences using existing schemas. Fitting new information into existing mental frameworks.
Answer: Cognition develops through social interaction and cultural tools. Emphasizes culture and social learning over individual discovery.
Answer: Understanding that objects continue to exist when out of sight. This milestone indicates the infant's emerging understanding of the permanence and independence of the physical world beyond immediate perception.
Answer: Formal operational stage, about 12 years and older. Final stage where systematic, scientific thinking emerges.
Answer: Birth–2 years; object permanence. First stage where infants learn through senses and motor actions.
Answer: Forming a stable identity versus confusion about roles and self. Adolescent crisis requiring exploration to establish coherent self.
Answer: Difficulty taking another person's perspective. Young children assume others see the world as they do.
Answer: Quantity remains the same despite changes in shape or appearance. Understanding develops in concrete operational stage around age 7.
Answer: Temporary support that is gradually withdrawn as skill grows. Like training wheels, helps learners master tasks beyond current ability.
Answer: Fluid tends to decline; crystallized tends to increase or remain stable. Experience compensates for age-related processing declines.
Answer: Explicit (declarative) memory for facts and events. Hippocampus crucial for forming conscious memories of experiences.
Answer: Modifying schemas to incorporate new information. Like reshaping the hole to fit a new peg - mental structures change to fit new info.
Answer: Quantity remains constant despite changes in form. Understanding that water poured into different containers stays same amount.
Answer: Temporary support that is gradually removed as skill increases. Like training wheels - helps learners until they're ready to go solo.
Answer: Understanding that others have different mental states. Develops around age 4-5, crucial for social interaction.
Answer: Focusing on one salient feature and ignoring others. Leads to errors in conservation tasks like water in different glasses.
Answer: Reversibility. This cognitive ability emerges in the concrete operational stage, enabling logical manipulation of transformations in problem-solving.
Answer: Mental processes of knowing: perception, memory, reasoning, and language. This encompasses the foundational mental activities that evolve through developmental stages, forming the basis for understanding cognitive growth.
Answer: Understanding others have distinct beliefs; about age 4. Enables false-belief tasks and perspective-taking.
Answer: Episodic memory. Personal event memories decline more than skill-based memories.
Answer: Children construct knowledge via schemas that change with experience. Active learning through mental frameworks that adapt to new experiences.
Answer: Formal operational stage. Age 11+; systematic reasoning about abstract concepts.
Answer: About 7 to 11 years. Third stage where logical thinking applies to concrete objects.
Answer: Control processes: inhibition, working memory, and cognitive flexibility. These frontal lobe functions develop through childhood into early 20s.
Answer: Interpreting new info using existing schemas. Fitting new experiences into pre-existing mental structures.
Answer: Preoperational stage. Ages 2-7; symbolic thinking emerges but logic is limited.
Answer: Permissive parenting. "Friend" parents who avoid setting limits or enforcing rules.
Answer: Focusing on one salient feature while ignoring others. Leads to errors like judging tall glasses hold more than wide ones.
Answer: 11+ years; abstract and hypothetical-deductive reasoning. Enables scientific thinking and systematic hypothesis testing.
Answer: Sensorimotor: cognition via senses and actions; birth to ~2 years. First stage where infants learn through sensory exploration and motor activity.
Answer: Attributing life-like qualities to inanimate objects. Children believe sun "goes to sleep" or toys have feelings.
Answer: Modifying schemas to incorporate new information. Like creating a new "bird" schema when seeing animals that fly.
Answer: Egocentrism. Inability to see situations from others' perspectives.
Answer: Understanding that quantity remains the same despite changes in form. It reflects the child's grasp of invariance, recognizing that superficial changes do not alter underlying quantities or properties.
Answer: Development reflects increases in processing speed, capacity, and strategies. Like computer upgrades: faster processor, more RAM, better algorithms.
Answer: Novel problem-solving; tends to decline with age. Peaks in early 20s; involves processing speed and pattern recognition.
Answer: Zone of proximal development (ZPD). Gap between independent ability and potential with guidance (Vygotsky).
Answer: Quantity remains constant despite form; concrete operational. Understanding develops when children can decenter and reverse operations.
Answer: Distressed at separation, soothed on reunion, returns to play. Child uses caregiver as secure base for exploration.
Answer: Focusing on one salient feature while ignoring others. Leads to conservation errors - child thinks tall glass has more water.
Answer: Focusing on one feature while ignoring others. Preoperational children can't consider multiple aspects simultaneously.
Answer: Difficulty taking another person's perspective. Children assume others see the world as they do.
Answer: Understanding actions can be undone mentally. Enables understanding that 3+4=7 means 7−4=3.
Answer: Knowing objects exist when not perceived. Major milestone around 8 months; peek-a-boo works because of this development.
Answer: Formal operational: abstract and hypothetical reasoning; ~12+ years. Final stage enabling scientific reasoning and abstract thought.
Answer: 7–11 years; conservation and logical operations on concrete objects. Children can think logically but need physical objects to manipulate.
Answer: Tasks possible with guidance but not yet independently. The gap between current ability and potential with help.
Answer: Quantity remains despite form change; concrete operational stage. Children understand same water in different shaped containers.
Answer: Temporary support that is gradually withdrawn as skill increases. Teacher adjusts help based on learner's current ability level.
Answer: Accommodation. Modifying mental frameworks when new info doesn't fit existing schemas.
Answer: Symbolic thought with limited logic. Children can use language and pretend play but lack logical operations.
Answer: Formal operational stage. Enables scientific thinking and hypothetical reasoning.
Answer: Modifying schemas to incorporate new information. Changing mental structures when new information doesn't fit.
Answer: Difficulty taking another person's perspective. Children assume others see/think/feel exactly as they do.
Answer: Focusing on one aspect of a situation and ignoring others. Preoperational children can't consider multiple dimensions simultaneously.
Answer: Focusing on one feature and ignoring others. Preoperational limitation preventing understanding of conservation.
Answer: Abstract and hypothetical reasoning. Enables scientific thinking and considering multiple variables.
Answer: About 2 to 7 years. Second stage marked by symbolic thinking but illogical reasoning.
Answer: Birth to about 2 years. First stage where infants learn through senses and motor actions.
Answer: Centration (leading to failure of conservation). Child focuses only on height, ignoring width compensation.
Answer: Fluid declines; crystallized tends to increase. Processing speed decreases with age while accumulated knowledge grows.
Answer: Egocentrism. Cannot mentally rotate perspectives to see others' views.
Answer: Quantity remains the same despite changes in form. Key concept mastered in concrete operational stage.
Answer: Concrete operational stage. This stage (ages 7-11) features logical thinking about concrete objects.
Answer: Knowing objects exist when unseen; sensorimotor stage. Develops around 8-12 months when infants understand permanence.
Answer: Equilibration. Cognitive balance drives development through schema adjustment.
Answer: Assimilation fits to schema; accommodation changes schema. New info either fits existing mental structures or requires modifying them.
Answer: Modifying schemas to incorporate new information. Changing mental frameworks when new information doesn't fit.
Answer: Quantity stays constant despite shape changes. Key milestone showing logical thinking about physical properties.
Answer: Assimilation: fit info to schema; accommodation: change schema to fit info. Two ways we adapt schemas to new experiences.
Answer: Increases through childhood, peaks in early adulthood, then declines. Reflects neural myelination then age-related white matter changes.
Answer: Integrating new information into existing schemas. Like fitting a square peg in a square hole - new info fits existing mental structures.
Answer: Authoritarian parenting. Strict rules without warmth; "because I said so" approach.
Answer: Tasks possible with guidance but not yet independently. Gap between current ability and potential with expert help.
Answer: Abstract, hypothetical-deductive reasoning. Enables scientific thinking and systematic hypothesis testing.
Answer: Birth–2 years; object permanence develops. First stage where infants learn through senses and motor actions.
Answer: Difficulty taking another person's perspective. Young children assume everyone sees what they see.
Answer: Developing a stable identity and sense of self. Adolescents explore values and beliefs for coherent self.
Answer: Formal operational stage. Teenagers develop scientific reasoning and can think about possibilities.
Answer: Lack of operations: intuitive thinking with poor logical manipulation. Children can't mentally manipulate or reverse actions on objects.
Answer: Increases through adulthood; relatively stable. Accumulated knowledge and vocabulary remain intact or grow.
Answer: Modifying schemas to fit new information. Creating new category for "cats" when child learns not all animals are dogs.
Answer: Abstract reasoning and hypothetical-deductive thinking. Emerges around age 12, enabling scientific and philosophical thinking.
Answer: Formal operational stage. Begins around age 11-12 with ability to think systematically about possibilities.
Answer: Cognition develops through social interaction and cultural tools. Vygotsky emphasized social context over individual construction.
Answer: Preoperational: symbolic thought without operations; ~2 to 7 years. Children use symbols (words, images) but lack logical reasoning.
Answer: Incorporating new information into an existing schema. Fitting new experiences into existing mental frameworks.
Answer: Fluid: novel problem solving; crystallized: learned knowledge. Fluid peaks in 20s; crystallized grows with experience.
Answer: Fluid tends to decline; crystallized tends to increase. Processing speed decreases but knowledge accumulates with age.
Answer: Birth–2 years; cognition develops through sensory and motor interaction. First stage where infants learn through senses and motor actions.
Answer: Interpreting new information using existing schemas. This process enables cognitive continuity by integrating novel experiences into pre-existing mental structures without alteration.