Bihar TET flashcards
130 cards from 11 fact-checked topic notes · English
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All cards by topic
Concept of Development and Learning — Child Development and Pedagogy · 12 cards
- Development is multidimensional
- It occurs simultaneously across physical, cognitive, social, emotional, and language domains—a child developing motor skills is also developing social confidence through play.
- Development follows a predictable sequence but variable pace
- All children walk before running, babble before speaking—the sequence is universal, but the age at which milestones occur varies across individuals.
- Development proceeds from general to specific
- A child first makes gross arm movements, then develops fine motor control to hold a pencil—teaching must respect this progression.
- Learning is a relatively permanent change in behaviour
- It results from experience and practice, not from maturation alone—a child doesn't learn multiplication simply by growing older.
- Development creates readiness for learning
- You cannot teach a concept until the child's developmental stage permits it—Piaget's concept of "readiness" is critical here.
- Learning accelerates development
- While development enables learning, learning itself pushes development forward—Vygotsky's Zone of Proximal Development captures this reciprocal relationship.
- Individual differences are normal
- Heredity, environment, nutrition, and stimulation create legitimate variation—teachers must differentiate instruction rather than expect uniformity.
- Early years are critical but not deterministic
- The first 6–8 years show rapid development and high plasticity, making early education crucial, but development continues throughout life.
- Development
- Progressive, orderly, and relatively enduring changes in physical, cognitive, social, and emotional domains across the lifespan
- Growth
- Quantitative increase in size, height, weight—a subset of development
- Maturation
- Biological unfolding of genetic potential, independent of experience
- Learning
- Relatively permanent change in behaviour or knowledge resulting from experience
How Children Think and Learn — Child Development and Pedagogy · 12 cards
- Learning as active construction
- Children do not simply receive knowledge; they actively build understanding by connecting new information to what they already know. Rote memorization without understanding leads to fragile, easily forgotten knowledge.
- Prior knowledge and misconceptions
- Every child enters the classroom with existing ideas, some correct and some incorrect. These prior conceptions act as filters—if not addressed, misconceptions persist even after teaching.
- Zone of Proximal Development (ZPD)
- Vygotsky's concept that children learn best when tasks are slightly beyond their current ability but achievable with guidance. Tasks too easy cause boredom; tasks too hard cause frustration.
- Individual differences in cognitive processing
- Children differ in processing speed, working memory capacity, attention span, and preferred learning modalities. A one-size-fits-all approach fails many learners.
- Motivation and self-efficacy
- Children who believe they can succeed (high self-efficacy) persist longer and learn better. Repeated failure creates learned helplessness—a belief that effort is futile.
- Social and emotional factors
- Anxiety, fear of failure, peer relationships, and home environment significantly impact cognitive functioning. A stressed child cannot learn effectively.
- Metacognition
- Awareness of one's own thinking processes. Children who monitor their own understanding ("Do I really get this?") learn more effectively than those who don't.
- Language barrier
- Children taught in unfamiliar language cannot process content effectively
- Abstract vs concrete
- Young children (up to age 11) struggle with purely abstract concepts; need concrete examples first
- Attention span
- Primary children: 10-15 minutes sustained attention; upper primary: 15-20 minutes
- Working memory
- Can hold only 4-7 items at once; overloading causes failure to learn
- Sleep and nutrition
- Directly affect concentration, memory consolidation, and cognitive performance
Heredity and Environment — Child Development and Pedagogy · 12 cards
- Heredity
- refers to the transmission of physical and mental characteristics from parents to offspring through genes. It sets the biological potential or "upper limit" of development.
- Environment
- includes all external factors—family, school, peers, nutrition, culture, socio-economic conditions—that influence development from conception onwards.
- Genotype vs Phenotype
- Genotype is the genetic makeup inherited; phenotype is the observable characteristic resulting from genotype-environment interaction. Example: A child may inherit genes for tall height (genotype) but remain short due to malnutrition (phenotype).
- Nature vs Nurture Debate
- Early psychologists debated which factor dominated. Modern consensus: both interact continuously—neither works in isolation.
- Critical/Sensitive Periods
- Certain developmental stages are especially responsive to environmental input. Language acquisition is easiest before age 7; early nutrition critically affects brain development.
- Maturation
- Biologically programmed growth patterns (like walking, puberty) that unfold according to hereditary timetables but require minimal environmental support.
- Range of Reaction
- Heredity sets a range of possible outcomes; environment determines where within that range the child actually develops. A child with high genetic potential for intelligence may score anywhere from average to exceptional depending on stimulation.
- Epigenetics
- Environmental factors can switch genes "on" or "off" without changing DNA sequence—showing heredity and environment are not separate but intertwined.
- Source
- Heredity: Genes from parents · Environment: External surroundings
- Examples
- Heredity: Eye colour, blood group, inherited diseases · Environment: Language, values, nutrition, education
- Modifiable?
- Heredity: Fixed at conception · Environment: Can be changed/enriched
- Role
- Heredity: Provides potential · Environment: Actualises potential
Basic Processes of Teaching and Learning — Child Development and Pedagogy · 12 cards
- Learning as Construction
- Children don't passively absorb information—they actively construct knowledge by connecting new experiences with prior understanding, making meaning personal and context-dependent.
- Learning Strategies of Children
- Children use multiple strategies including observation and imitation, trial-and-error exploration, questioning and inquiry, play-based discovery, and memorisation with understanding (not rote).
- Learning as a Social Activity
- Knowledge is co-constructed through interaction with peers, teachers, and the environment; language serves as the primary tool for this social construction (Vygotsky's key insight).
- Zone of Proximal Development (ZPD)
- The gap between what a child can do independently and what they can achieve with guidance—effective teaching targets this zone.
- Scaffolding
- Temporary support provided by a more knowledgeable person (teacher or peer) that is gradually removed as the learner gains competence.
- Collaborative Learning
- Group work, peer tutoring, and cooperative activities enhance learning because children learn from each other's perspectives, explanations, and mistakes.
- Role of Language in Learning
- Talking, discussing, explaining to others, and even self-talk (private speech) help children process and internalise concepts.
- Situated Learning
- Learning is most effective when embedded in authentic, real-world contexts rather than abstract, decontextualised instruction.
- Imitation
- Children learn by observing and copying models—Bandura's social learning theory
- Trial and Error
- Thorndike's concept—children try different approaches until one succeeds
- Inquiry
- Asking questions, hypothesising, testing—the scientific attitude in learning
- Peer Learning
- Children often understand explanations from peers better than from adults
Child as Problem Solver — Child Development and Pedagogy · 12 cards
- Constructivism
- Children construct knowledge by actively interacting with their environment rather than passively receiving information. Learning is a process of meaning-making, not memorization.
- Prior Knowledge Matters
- Every child enters the classroom with existing ideas, experiences, and mental frameworks. New learning builds upon and sometimes restructures this prior knowledge.
- Learning Through Action
- Children learn by doing — manipulating objects, asking questions, testing hypotheses, and reflecting on outcomes. Hands-on experience is essential.
- Errors as Learning Opportunities
- When children make mistakes, they are not failing but rather revealing their current understanding. Errors provide valuable insights into children's thinking processes.
- Intrinsic Motivation
- Children have a natural curiosity and desire to make sense of the world. Effective teaching taps into this intrinsic motivation rather than relying solely on external rewards or punishments.
- Zone of Proximal Development (ZPD)
- Vygotsky's concept that children can solve more challenging problems with appropriate guidance than they can alone. The teacher's role is to provide scaffolding within this zone.
- Multiple Pathways to Solutions
- Different children may approach the same problem differently based on their cognitive styles, experiences, and cultural backgrounds. There is rarely one "correct" method.
- Social Construction of Knowledge
- Learning is enhanced through discussion, collaboration, and negotiation of meaning with peers and adults.
- NCF 2005 Position
- Child is a natural learner; curriculum should build on child's experiences
- Piaget's View
- Children actively construct knowledge through assimilation and accommodation
- Vygotsky's Contribution
- Knowledge is co-constructed through social interaction and language
- Bruner's Discovery Learning
- Children learn best when they discover principles themselves
Piaget, Kohlberg, Vygotsky — Child Development and Pedagogy · 11 cards
- Piaget's Core Idea
- Children are active constructors of knowledge, not passive receivers. They build understanding through interaction with their environment.
- Schema, Assimilation, Accommodation
- Schema is a mental framework. Assimilation fits new information into existing schemas; accommodation modifies schemas when new information doesn't fit.
- Equilibration
- The drive to balance assimilation and accommodation—cognitive conflict leads to growth.
- Kohlberg's Core Idea
- Moral reasoning develops in stages, moving from self-interest to universal ethical principles. He built on Piaget's work using moral dilemmas.
- Vygotsky's Core Idea
- Learning is fundamentally social. Cognitive development happens through interaction with more knowledgeable others (MKO)—parents, teachers, peers.
- Zone of Proximal Development (ZPD)
- The gap between what a child can do alone and what they can do with guidance. Effective teaching targets this zone.
- Scaffolding
- Temporary support provided by teachers/adults that is gradually removed as the child gains competence.
- Language and Thought (Vygotsky)
- Language is the primary tool of cognitive development. Private speech (talking to oneself) helps children regulate thinking.
- Piaget
- Focus: Cognitive · Key Term: Schema · Definition: Mental structure for organizing information
- Kohlberg
- Focus: Moral · Key Term: Moral Dilemma · Definition: Hypothetical situation to assess moral reasoning (e.g., Heinz dilemma)
- Vygotsky
- Focus: Socio-cultural · Key Term: ZPD · Definition: Zone of Proximal Development
Learning and Pedagogy — Child Development and Pedagogy · 12 cards
- Learning as Active Construction
- Children don't simply absorb information—they actively build understanding by connecting new experiences with prior knowledge. Teaching must provide opportunities for this construction, not just transmission.
- Zone of Proximal Development (Vygotsky)
- The gap between what a child can do alone and what they can do with guidance. Effective teaching targets this zone through scaffolding—temporary support that is gradually withdrawn.
- Learning as Social Activity
- Knowledge develops through interaction with peers, teachers, and community. Collaborative learning, group discussion, and peer tutoring are not add-ons but essential to how learning happens.
- Child as Problem Solver
- NCF 2005 views children as natural scientists who question, hypothesize, and experiment. Teaching should nurture this curiosity rather than suppress it with predetermined answers.
- Errors as Learning Steps
- Mistakes reveal children's thinking patterns and are stepping stones to understanding. They should be analyzed, not punished.
- Cognition-Emotion Link
- Emotions significantly affect attention, memory, and reasoning. A fearful or anxious child cannot learn effectively; a curious, emotionally secure child learns better.
- Intrinsic vs Extrinsic Motivation
- Internal desire to learn (curiosity, mastery) produces deeper learning than external rewards (marks, prizes). Teaching should cultivate intrinsic motivation.
- Multiple Learning Strategies
- Children employ diverse strategies—imitation, observation, trial-and-error, reasoning. Effective teaching acknowledges and builds on these varied approaches.
- Constructivism
- Learner builds knowledge; teacher is facilitator, not transmitter
- Scaffolding
- Temporary support matched to learner's current level
- Intrinsic Motivation
- Driven by interest, curiosity, personal satisfaction
- Extrinsic Motivation
- Driven by external rewards, grades, praise, punishment
Child-centred and Progressive Education — Child Development and Pedagogy · 12 cards
- Child as the centre
- Education should revolve around the child's interests, abilities, and pace of learning—not around rigid syllabi or teacher convenience.
- Active learning over passive reception
- Children learn best by doing, exploring, questioning, and discovering—not by listening to lectures and memorizing facts.
- Teacher as facilitator
- The teacher's role shifts from "sage on the stage" to "guide on the side"—creating learning opportunities rather than simply transmitting information.
- Learning by experience
- Concrete, hands-on experiences precede abstract concepts. A child learns fractions better by cutting an apple than by memorizing definitions.
- Individual differences respected
- Every child has unique strengths, learning styles, and developmental timelines. Education must accommodate this diversity rather than enforce uniformity.
- Intrinsic motivation
- Learning is driven by curiosity and interest, not fear of punishment or promise of rewards. Joy in learning is emphasized.
- Holistic development
- Education addresses cognitive, emotional, social, physical, and aesthetic dimensions—not just academic achievement.
- Democratic classroom
- Children participate in decision-making, express opinions freely, and learn to respect diverse viewpoints.
- Centre of education
- Traditional Education: Teacher/Curriculum · Progressive/Child-centred Education: Child
- Child's role
- Traditional Education: Passive receiver · Progressive/Child-centred Education: Active participant
- Teacher's role
- Traditional Education: Authority/Transmitter · Progressive/Child-centred Education: Facilitator/Guide
- Learning method
- Traditional Education: Rote memorization · Progressive/Child-centred Education: Discovery, activity-based
Cognition and Emotion — Child Development and Pedagogy · 12 cards
- Cognition
- refers to mental processes involved in acquiring knowledge—perception, attention, memory, reasoning, problem-solving, and decision-making.
- Emotion
- is a complex psychological state involving subjective experience, physiological arousal, and behavioural expression (e.g., joy, fear, anger, curiosity).
- Emotions are not separate from cognition
- they guide attention, influence what we remember, and shape how we interpret information. Damasio's research showed that people with damage to emotional brain regions make poor decisions despite intact logical reasoning.
- The limbic system
- (especially the amygdala) processes emotions and connects directly to the prefrontal cortex (reasoning) and hippocampus (memory formation). This neural architecture means emotions and cognition are biologically intertwined.
- Emotional valence
- matters: positive emotions (curiosity, joy) generally broaden thinking and enhance creativity; negative emotions (fear, anxiety) narrow focus and can either enhance or impair learning depending on intensity.
- Optimal arousal theory
- (Yerkes-Dodson Law): moderate emotional arousal supports best performance; too little arousal causes boredom, too much causes anxiety—both harm learning.
- Emotional regulation
- is a learnable skill. Children who can manage their emotions show better academic outcomes. This is a key classroom teaching goal.
- Emotional climate of the classroom
- directly affects cognitive engagement. Safe, supportive environments promote risk-taking in learning; threatening environments trigger survival responses that shut down higher thinking.
- Amygdala
- Processes emotional significance; triggers fight-flight response; can "hijack" rational thinking when threat is perceived
- Hippocampus
- Essential for memory formation; emotional events create stronger memories (flashbulb memory effect)
- Prefrontal Cortex
- Executive functions, planning, impulse control; develops fully only by mid-20s; vulnerable to emotional overload
- Yerkes-Dodson Law
- Moderate arousal = optimal performance; very low or very high arousal = poor performance
Factors Contributing to Learning — Child Development and Pedagogy · 11 cards
- Heredity as a baseline
- Heredity provides the biological foundation—intelligence potential, sensory abilities, temperament—but does not fix learning outcomes. Genes set upper limits; environment determines how close a child gets to those limits.
- Attitude as a mental filter
- A child's attitude toward a subject, teacher, or school shapes motivation and persistence. Positive attitudes correlate with deeper engagement; negative attitudes create mental blocks even before content is introduced.
- Attention as a gateway
- Without attention, information never enters working memory. Attention is selective, limited in capacity, and easily disrupted—making it the most immediate factor teachers can influence through classroom management.
- Environment as the enabler
- Environment includes home, school, peer group, and socio-cultural surroundings. A stimulating, supportive environment compensates for hereditary limitations; a deprived environment suppresses even high genetic potential.
- Interaction effect
- No single factor acts alone. A child with average hereditary potential but a positive attitude, focused attention, and enriched environment often outperforms a genetically gifted child in a neglectful setting.
- Teacher's role
- Teachers cannot change heredity but can shape attitude (through encouragement), direct attention (through engaging pedagogy), and enrich the classroom environment (through resources and climate).
- NCF 2005 perspective
- The National Curriculum Framework emphasises child-centred education where teachers actively modify environmental and attitudinal factors rather than labelling children by innate ability.
- Heredity
- Definition: Transmission of traits from parents to offspring through genes · Effect on Learning: Determines innate intelligence, memory capacity, sensory acuity, temperament
- Attitude
- Definition: Learned predisposition to respond favourably or unfavourably to an object, person, or situation · Effect on Learning: Influences motivation, interest, effort, and willingness to persist
- Attention
- Definition: Cognitive process of selectively concentrating on relevant stimuli while ignoring others · Effect on Learning: Acts as filter; unattended information is not encoded into memory
- Environment
- Definition: Sum total of physical, social, cultural, and emotional surroundings · Effect on Learning: Provides stimulation, resources, role models, and emotional support