MP TET flashcards
206 cards from 18 fact-checked topic notes · English
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Assessment for and of Learning — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Assessment FOR Learning (AfL)
- is ongoing assessment during instruction to improve teaching and learning. The teacher uses it to diagnose difficulties, give feedback, and adjust methods. The learner is an active partner.
- Assessment OF Learning (AoL)
- is assessment after instruction to certify achievement, assign grades, or promote students. It is summative and serves accountability purposes—reporting to parents, schools, and boards.
- Formative Assessment
- occurs frequently, is low-stakes, and is diagnostic. Examples: quizzes, oral questions, peer feedback, observation checklists, class discussions, exit slips.
- Summative Assessment
- occurs at the end of a unit, term, or year; is high-stakes; and is evaluative. Examples: final exams, board exams, standardised tests, annual projects.
- CCE (Continuous and Comprehensive Evaluation)
- is the CBSE/state-mandated framework that combines formative and summative assessments across scholastic (subjects) and co-scholastic (life skills, attitudes, values) areas throughout the year.
- Feedback Loop
- Formative assessment creates a feedback loop—diagnose → intervene → reassess. Summative assessment typically closes a learning cycle with a verdict.
- Criterion-Referenced vs Norm-Referenced
- Formative assessment is usually criterion-referenced (measured against learning objectives). Summative assessment can be norm-referenced (comparing students to each other) or criterion-referenced.
- Holistic Development
- CCE aims to assess not just cognitive learning but also physical, social-emotional, and aesthetic domains—aligned with NCF 2005's vision of an inclusive, stress-free evaluation system.
- Purpose
- Assessment FOR Learning (Formative): Improve learning · Assessment OF Learning (Summative): Certify/grade learning
- Timing
- Assessment FOR Learning (Formative): During instruction · Assessment OF Learning (Summative): After instruction
- Frequency
- Assessment FOR Learning (Formative): Continuous, frequent · Assessment OF Learning (Summative): Periodic (term-end, annual)
- Stakes
- Assessment FOR Learning (Formative): Low-stakes · Assessment OF Learning (Summative): High-stakes
Concept of Development — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Development is comprehensive change
- Development refers to the progressive series of orderly, coherent changes in an individual—physical, mental, emotional, and social—leading to maturity. It is qualitative and functional.
- Growth is quantitative; development is qualitative
- Growth means increase in size, height, weight, or number of cells. Development means improvement in structure and function. A child grows taller (growth) but also learns to balance and run (development).
- Development is continuous and lifelong
- From conception to death, development never stops. Each stage builds on the previous one, and no stage can be skipped entirely.
- Development follows a predictable sequence
- All children follow the same general sequence—head to toe (cephalocaudal), centre to extremities (proximodistal)—though the rate varies individually.
- Development proceeds from general to specific
- A baby first waves arms randomly (general) before learning to grasp objects with fingers (specific).
- Individual differences are universal
- No two children develop at exactly the same rate. Heredity, environment, nutrition, and stimulation cause variations.
- All aspects of development are interrelated
- Physical health affects cognitive learning; emotional security influences social behaviour. Development is an integrated whole.
- Development is the product of both heredity and environment
- Nature provides the blueprint; nurture shapes its expression. Neither alone determines the outcome.
- Nature
- Growth: Quantitative · Development: Qualitative
- Measurement
- Growth: Can be measured (cm, kg) · Development: Observed through behaviour
- Duration
- Growth: Stops at maturity · Development: Lifelong process
- Example
- Growth: Increase in height · Development: Learning to walk
Diversity Among Learners — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Diversity is a resource, not a deficit
- NCF 2005 emphasises that children's varied backgrounds enrich the classroom rather than create problems. A multilingual classroom offers opportunities for peer learning across languages.
- Language diversity
- India has 22 scheduled languages and hundreds of dialects. In MP, children may speak Hindi, Gondi, Bhili, Korku, or other tribal languages at home. Mother-tongue-based multilingual education (MTB-MLE) supports early learning.
- Caste-based differences
- Social hierarchies based on caste can lead to discrimination, lower self-esteem among disadvantaged groups, and unequal participation. Teachers must actively counter caste prejudice in classrooms.
- Gender differences
- Socialisation creates gendered expectations. Girls may face barriers to education (household work, early marriage), while boys may face pressure to be "tough." Both limiting stereotypes must be challenged.
- Religious diversity
- India's secular character requires schools to respect all faiths. Teachers should avoid religious bias in examples, celebrations, and classroom discourse.
- Regional differences
- Urban-rural divide, migration patterns, and regional customs affect children's experiences, prior knowledge, and comfort levels in school settings.
- Ability differences
- Children differ in cognitive abilities, learning styles, physical abilities, and emotional needs. This includes children with disabilities as well as gifted learners.
- Intersectionality
- A single child may experience multiple dimensions of diversity simultaneously (e.g., a tribal girl with a learning disability). Teachers must recognise these overlapping identities.
- Language
- Three-language formula; mother tongue instruction in early years; bilingual/multilingual strategies
- Caste
- SC/ST/OBC categories; reservation provisions; anti-discrimination under Article 17; RTE Act prohibits discrimination
- Gender
- Article 15 prohibits gender discrimination; NCERT promotes gender-sensitive textbooks; hidden curriculum often reinforces stereotypes
- Religion
- Secular education; no religious instruction in government schools (Article 28); respect for all festivals
Concept and Process of Learning — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Learning is relatively permanent change in behaviour or knowledge
- that results from experience, practice, or study—not from maturation, fatigue, or drugs.
- Learning as construction of knowledge
- Children do not passively receive information; they actively build understanding by connecting new information with prior knowledge (constructivist view of Piaget, Vygotsky, Bruner).
- Learning is a continuous, lifelong process
- it occurs both inside and outside the classroom, formally and informally.
- Learning involves cognitive, affective, and psychomotor domains
- it is not just about remembering facts but also developing attitudes, values, and skills.
- Readiness and maturation
- set the stage for learning; a child cannot learn to read before reaching the necessary cognitive maturity.
- Active participation
- is essential—learning improves when the learner engages through doing, questioning, and problem-solving rather than passive listening.
- Social interaction accelerates learning
- peer discussion, group work, and teacher scaffolding (Vygotsky's ZPD) help learners move beyond what they can do alone.
- Meaningful learning
- (Ausubel) occurs when new material is linked to the learner's existing cognitive structure; rote learning is less durable and transferable.
- Learning
- A relatively permanent change in behaviour or mental associations due to experience.
- Maturation
- Biological unfolding of potential; sets limits on what can be learned at a given age.
- Readiness
- State of preparedness—physical, mental, and emotional—to learn a particular skill.
- Transfer of Learning
- Application of learning in one situation to a new, different situation.
Children with Special Needs — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Inclusive Education
- means educating all children together in the same classroom with appropriate support, not segregating children with disabilities into separate schools.
- CWSN
- encompasses children with physical disabilities, sensory impairments (visual/hearing), intellectual disabilities, learning disabilities, autism spectrum disorder, and emotional-behavioural disorders.
- Early Identification
- is crucial because timely intervention improves outcomes; teachers are often the first to notice learning or developmental difficulties.
- Individualised Education Programme (IEP)
- is a written plan tailored to a child's unique needs, specifying learning goals, accommodations, and evaluation criteria.
- Accommodation vs Modification
- Accommodation changes how a child learns (extra time, enlarged print) without changing content; modification changes what the child is expected to learn.
- Zero Rejection Policy
- under RTE 2009 ensures no child can be denied admission to a neighbourhood school on grounds of disability.
- Resource Room and Itinerant Teacher Model
- Many MP schools have resource teachers who provide supplementary instruction to CWSN while they remain enrolled in regular classes.
- Stigma and Labelling
- Teachers must avoid labelling children negatively; a diagnosis should guide support, not limit expectations.
- Visual Impairment
- Key Characteristics: Partial or total loss of vision · Educational Implication: Use Braille, large print, audio materials, tactile aids
- Hearing Impairment
- Key Characteristics: Partial or total hearing loss · Educational Implication: Sign language, lip-reading, visual cues, hearing aids, seat near teacher
- Intellectual Disability
- Key Characteristics: Below-average cognitive functioning (IQ < 70), adaptive behaviour deficits · Educational Implication: Simplified content, concrete examples, repetition, task analysis
- Learning Disability (LD)
- Key Characteristics: Dyslexia (reading), Dyscalculia (math), Dysgraphia (writing) · Educational Implication: Multisensory teaching, extra time, oral assessments, assistive technology
Measurement of Intelligence — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Intelligence Quotient (IQ)
- is a numerical score derived from standardised tests, representing an individual's cognitive ability relative to their age group. It is not a fixed trait—it can be influenced by environment, education, and motivation.
- Mental Age (MA)
- refers to the level of intellectual functioning compared to the average performance of children at various chronological ages. A child with MA of 10 performs intellectually like an average 10-year-old.
- Chronological Age (CA)
- is simply the actual age of the child in years and months from birth.
- Individual vs Group Tests
- Individual tests (Binet-Simon, WISC) are administered one-on-one and provide detailed assessment; group tests (Army Alpha, Army Beta) can assess many people simultaneously but offer less depth.
- Verbal vs Non-verbal/Performance Tests
- Verbal tests rely on language ability; performance tests use puzzles, blocks, and patterns—crucial for testing children with language barriers or hearing impairment.
- Culture-fair Tests
- attempt to minimise cultural and linguistic bias, making them suitable for diverse populations like MP's tribal and rural communities.
- Normal Distribution
- IQ scores in a population follow a bell curve—most people (about 68%) score between 85 and 115, with 100 as the average.
- Limitations of IQ Tests
- They measure only certain cognitive abilities, may carry cultural bias, and do not capture creativity, emotional intelligence, or practical skills.
- IQ = (MA ÷ CA) × 100
- Stern's formula; if MA = CA, IQ = 100 (average)
- Deviation IQ
- Modern method: compares individual score to age-group mean; Mean = 100, SD = 15 (Wechsler) or 16 (older Stanford-Binet editions; the current SB5 uses 15)
- Alfred Binet & Theodore Simon (1905)
- Developed the first practical intelligence test in France
- Stanford-Binet Test (1916)
- Lewis Terman revised Binet's test at Stanford University; used the IQ score (term coined by William Stern, 1912)
Theories of Learning and Development — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 7 cards
- Piaget
- Theory Name: Cognitive Development · Core Idea: Children pass through four universal stages · Key Terms: Schema, assimilation, accommodation, equilibration
- Kohlberg
- Theory Name: Moral Development · Core Idea: Moral reasoning develops in three levels, six stages · Key Terms: Pre-conventional, conventional, post-conventional
- Vygotsky
- Theory Name: Socio-cultural Theory · Core Idea: Social interaction drives cognitive growth · Key Terms: ZPD, scaffolding, MKO (More Knowledgeable Other)
- Pavlov
- Theory Name: Classical Conditioning · Core Idea: Learning through association of stimuli · Key Terms: UCS, UCR, CS, CR, extinction
- Thorndike
- Theory Name: Connectionism · Core Idea: Learning through trial-and-error · Key Terms: Law of Effect, Law of Exercise, Law of Readiness
- Skinner
- Theory Name: Operant Conditioning · Core Idea: Learning through consequences of behaviour · Key Terms: Reinforcement (positive/negative), punishment, shaping
- Köhler
- Theory Name: Insight/Gestalt Learning · Core Idea: Learning through sudden perception of relationships · Key Terms: Insight, whole-to-part, perceptual reorganisation
Heredity and Environment — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Heredity (Nature)
- The biological transmission of physical and psychological traits from parents to offspring through genes and chromosomes. It sets the potential and limits of development.
- Environment (Nurture)
- All external factors—family, school, community, nutrition, culture, and experiences—that influence development after conception. It shapes how genetic potential is realised.
- Genotype vs Phenotype
- Genotype is the genetic makeup inherited from parents; phenotype is the observable trait that results from genotype interacting with environment.
- Maturation
- Biological unfolding of development according to a genetic timetable (e.g., puberty, walking). It is largely heredity-driven but requires a supportive environment.
- Learning
- Relatively permanent change in behaviour due to experience. It is primarily environment-driven but depends on genetic readiness.
- Interaction Principle
- Heredity and environment do not act in isolation. Development = Heredity × Environment. For example, a child may inherit high intelligence (heredity) but without stimulation and nutrition (environment), that potential remains unrealised.
- Critical and Sensitive Periods
- Specific windows when environmental input has maximum impact on development (e.g., language acquisition in early childhood).
- Co-twin Studies and Adoption Studies
- Research methods that help scientists separate hereditary influences from environmental ones by comparing identical twins raised apart or adopted children versus biological parents.
- Eye and hair colour
- Primarily Hereditary: ✓ · Primarily Environmental: —
- Blood group
- Primarily Hereditary: ✓ · Primarily Environmental: —
- Basic body structure
- Primarily Hereditary: ✓ · Primarily Environmental: —
- Height (potential)
- Primarily Hereditary: ✓ (but nutrition affects final height) · Primarily Environmental: —
Gifted, Creative and Talented Learners — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Giftedness
- refers to exceptional general intellectual ability, typically indicated by an IQ of 130 or above. Gifted children demonstrate advanced reasoning, rapid learning and superior memory across domains.
- Creativity
- is the ability to produce original, novel and valuable ideas or products. A creative child thinks divergently, asks unusual questions and finds unconventional solutions. Creativity is domain-independent and can exist without high IQ.
- Talent
- refers to exceptional ability in a specific domain such as music, art, sports, mathematics or dance. A talented child may not be intellectually gifted overall but shows outstanding performance in one area.
- Divergent thinking
- is central to creativity—it involves generating multiple solutions to open-ended problems. Convergent thinking (finding the single correct answer) is more associated with traditional intelligence.
- Underachievement
- occurs when gifted children perform below their potential due to boredom, lack of challenge or social-emotional difficulties. Teachers must watch for bright children who seem disengaged.
- Twice-exceptional learners
- are children who are both gifted and have a learning disability (e.g., a child with high IQ but dyslexia). They need support for both their strengths and challenges.
- Intrinsic motivation
- is typically high in gifted and creative children—they are driven by curiosity and interest rather than external rewards.
- Asynchronous development
- means gifted children may be intellectually advanced but emotionally or socially at age-appropriate or even delayed levels, creating unique adjustment challenges.
- IQ threshold for giftedness
- Generally IQ ≥ 130 (top 2–3% of population)
- Renzulli's Three-Ring Model
- Giftedness = Above-average ability + Creativity + Task commitment
- Gardner's Multiple Intelligences
- Identifies 8 types of intelligence—talent may appear in any one
- Torrance Tests
- Widely used creativity tests measuring fluency, flexibility, originality, elaboration
Creativity — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Creativity defined
- The ability to produce ideas, solutions or products that are both novel (original) and appropriate (useful/valuable) in a given context.
- Divergent vs Convergent Thinking
- Convergent thinking seeks one correct answer; divergent thinking explores many possibilities. Creativity relies heavily on divergent thinking.
- Guilford's Structure of Intellect (SOI)
- J.P. Guilford distinguished creativity from general intelligence. He identified four components of divergent production — fluency, flexibility, originality, and elaboration.
- Rhodes's 4 Ps of Creativity
- Mel Rhodes described creativity through Person (traits), Process (stages), Product (outcomes), and Press (environment).
- Creativity is not the same as high IQ
- Research shows only a modest correlation between IQ and creativity. A child with average IQ can be highly creative, and vice versa.
- Threshold Theory
- A minimum level of intelligence (around IQ 120) is needed for high creativity, but beyond that threshold, IQ and creativity are relatively independent.
- Creativity can be nurtured
- Unlike earlier beliefs that creativity is inborn, modern pedagogy holds that appropriate environment and teaching methods can enhance creative potential.
- Creative learners may be non-conformist
- They often question rules, prefer open-ended tasks, and may seem restless in rigid classroom structures.
- Fluency
- Ability to generate a large number of ideas quickly
- Flexibility
- Ability to shift between different categories or approaches
- Originality
- Ability to produce unique, uncommon ideas
- Elaboration
- Ability to add details and expand on ideas
Memory and Forgetting — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 10 cards
- Memory as a three-stage process
- Information flows through Encoding (input) → Storage (retention) → Retrieval (recall). Failure at any stage causes forgetting.
- Sensory Memory
- The briefest store (less than 1 second for visual, 2–4 seconds for auditory). It holds raw sensory data before attention filters it into STM.
- Short-Term Memory (STM)
- Also called working memory. Limited capacity (7±2 items as per Miller's Magic Number) and limited duration (15–30 seconds without rehearsal). It is where active thinking happens.
- Long-Term Memory (LTM)
- Potentially unlimited capacity and duration (minutes to lifetime). Information that is rehearsed, meaningful, or emotionally significant moves from STM to LTM.
- Forgetting is normal and functional
- It prevents cognitive overload. Teachers should view forgetting not as failure but as a natural process to be addressed through sound pedagogy.
- Retrieval cues matter
- Information is easier to recall when the context of encoding matches the context of retrieval (Encoding Specificity Principle).
- Duration
- Short-Term Memory (STM): 15–30 seconds · Long-Term Memory (LTM): Minutes to lifetime
- Capacity
- Short-Term Memory (STM): 7±2 items (Miller) · Long-Term Memory (LTM): Virtually unlimited
- Encoding
- Short-Term Memory (STM): Mainly acoustic (sound-based) · Long-Term Memory (LTM): Mainly semantic (meaning-based)
- Forgetting cause
- Short-Term Memory (STM): Decay, displacement · Long-Term Memory (LTM): Interference, retrieval failure
Vygotsky — Socio-cultural Theory — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Social construction of knowledge
- Learning happens first on the social plane (between people) and then on the individual plane (within the child). A child internalises what they experience in social interaction.
- Role of language
- Language is the primary tool for thought. Private speech (talking to oneself) is not immature behaviour but a bridge between social speech and inner thought that aids problem-solving.
- More Knowledgeable Other (MKO)
- Any person with greater understanding—teacher, parent, peer, or even a computer—who guides the learner. The MKO adjusts support based on the learner's needs.
- Zone of Proximal Development (ZPD)
- The gap between what a child can do independently (actual developmental level) and what they can do with guidance (potential developmental level). Learning occurs most effectively within this zone.
- Scaffolding
- Temporary, adjustable support provided by the MKO to help the learner complete a task. As competence grows, scaffolding is gradually removed ("fading").
- Cultural tools
- Every culture provides psychological tools (language, symbols, writing, number systems) and technical tools (books, calculators) that shape cognitive development.
- Collaborative learning
- Peer interaction and group work are not just social activities but cognitive tools—students learn by negotiating meaning with others.
- ZPD
- The distance between what a learner can do unaided and what they can achieve with competent assistance.
- MKO
- More Knowledgeable Other—anyone who has better understanding or higher ability than the learner on a given task.
- Private speech
- Self-directed speech used by children to guide their own behaviour and thinking; it later becomes silent inner speech.
- Internalisation
- The process by which external social activities become internal mental functions.
- Mediation
- The use of tools (especially language) by culture to shape and transform mental processes.
Individual Differences and Inclusive Education — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Individual differences are universal and natural
- Every child differs in intelligence, aptitude, interest, physical ability, emotional maturity, and socio-cultural background. These differences are not deficits but variations that teachers must accommodate.
- Sources of individual differences
- Differences arise from heredity (genetic factors), environment (family, society, culture), and the interaction between the two. Language, caste, gender, religion, region, and economic status all contribute.
- Inclusive education vs integration
- Integration places children with special needs in regular schools without changing the system. Inclusion restructures the school environment, curriculum, and teaching methods to meet diverse needs—the child does not have to fit the system; the system adapts.
- Children with Special Needs (CWSN)
- This includes children with sensory impairments (visual, hearing), physical disabilities, intellectual disabilities, learning disabilities (dyslexia, dyscalculia, dysgraphia), autism spectrum disorder, and emotional-behavioural disorders.
- Gifted and talented learners
- Children with exceptionally high intelligence, creativity, or specific talents also have special educational needs. They require enrichment, acceleration, and differentiated instruction to prevent boredom and underachievement.
- Disadvantaged and deprived learners
- Children from SC/ST/OBC communities, minorities, migrants, urban slums, and economically weaker sections face barriers rooted in poverty, discrimination, and lack of resources—not in their inherent ability.
- Zone of Proximal Development (ZPD)
- Vygotsky's concept is central to inclusion—each child has a ZPD where they can learn with appropriate support (scaffolding). Inclusive teaching identifies and works within each learner's ZPD.
- Universal Design for Learning (UDL)
- A framework that designs curriculum and instruction to be accessible to all learners from the start, rather than retrofitting accommodations.
- RTE Act 2009, Section 3
- Every child aged 6–14 has the right to free and compulsory education in a neighbourhood school.
- RTE on inclusion
- No child can be denied admission or held back till Class 8 (since a 2019 amendment, states may hold back Class 5 and 8 students who fail a re-examination); schools must admit children with disabilities.
- NEP 2020 on inclusion
- Emphasises equitable access, special educators, barrier-free infrastructure, and assistive devices.
- NCF 2005
- Advocates child-centred pedagogy, no labelling, and learning at one's own pace.
Transfer of Learning — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 9 cards
- Transfer of learning
- is the influence of previously learned material on the learning or performance of new material. It answers: "Does learning A help, hinder, or have no effect on learning B?"
- Positive transfer
- occurs when prior learning facilitates new learning. Example: Learning to ride a bicycle helps in learning to ride a motorcycle.
- Negative transfer
- occurs when prior learning interferes with new learning. Example: A person trained to drive on the left side of the road struggles when driving in a country with right-side driving.
- Zero transfer
- occurs when prior learning has no effect on new learning. Example: Knowing Hindi grammar does not help or hinder learning swimming.
- Lateral transfer
- refers to applying learning at the same level of complexity. Example: Using addition skills learned with whole numbers to add decimals.
- Vertical transfer
- refers to applying lower-level learning to acquire higher-level skills. Example: Understanding basic algebraic operations helps in learning quadratic equations.
- Near transfer
- involves applying learning to very similar contexts. Example: Solving similar geometry problems with different numbers.
- Far transfer
- involves applying learning to significantly different or novel contexts. Example: Using logical reasoning learned in mathematics to analyse arguments in social studies.
- Bilateral Transfer
- Definition: Skill learned on one side of body transfers to other side · Example: Writing with right hand helps writing with left hand
Behaviourism — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Behaviourism's core assumption
- Learning is the formation of associations between stimuli and responses; internal mental states are not necessary to explain behaviour.
- Classical Conditioning (Pavlov)
- A neutral stimulus, when repeatedly paired with an unconditioned stimulus, eventually produces a conditioned response on its own. Learning here is involuntary and reflexive.
- Operant Conditioning (Skinner)
- Behaviour is shaped by its consequences—reinforcement increases behaviour; punishment decreases it. Learning here is voluntary and goal-directed.
- Thorndike's Connectionism
- Learning is a trial-and-error process; correct responses get "stamped in" by satisfaction, wrong responses get "stamped out" by discomfort.
- Reinforcement vs Punishment
- Reinforcement (positive or negative) strengthens behaviour; punishment (positive or negative) weakens behaviour. Confusing these is a common exam trap.
- Schedules of Reinforcement (Skinner)
- Continuous vs intermittent; fixed-ratio, variable-ratio, fixed-interval, variable-interval—each affects response rate and resistance to extinction.
- Extinction
- When the conditioned stimulus is presented repeatedly without the unconditioned stimulus (classical) or when reinforcement stops (operant), the learned response fades.
- Pavlov
- Experiment / Setup: Dog + bell + food · Key Term(s): Classical conditioning, UCS, UCR, CS, CR
- Thorndike
- Experiment / Setup: Cat in puzzle box · Key Term(s): Trial-and-error, Law of Effect, Law of Exercise, Law of Readiness
- Skinner
- Experiment / Setup: Rat/pigeon in Skinner Box · Key Term(s): Operant conditioning, reinforcement, punishment, shaping
- Increase behaviour
- Experiment / Setup: Positive Reinforcement (praise, reward) · Key Term(s): Negative Reinforcement (remove discomfort)
- Decrease behaviour
- Experiment / Setup: Positive Punishment (add unpleasant consequence) · Key Term(s): Negative Punishment (remove privilege)
Learning and Pedagogy — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Learning as Construction
- Learning is not receiving information passively but actively constructing meaning through interaction with environment, prior knowledge, and social context.
- Factors Affecting Learning
- Individual factors (intelligence, motivation, maturation, readiness) and environmental factors (home, school, peer group, teaching methods) jointly determine learning outcomes.
- Intrinsic vs Extrinsic Motivation
- Intrinsic motivation comes from within (curiosity, interest, satisfaction) while extrinsic motivation depends on external rewards (marks, praise, prizes). Intrinsic motivation leads to deeper, lasting learning.
- Maslow's Hierarchy of Needs
- Learning happens effectively only when basic needs (physiological, safety, belongingness, esteem) are met; self-actualisation sits at the top.
- Memory Systems
- Short-Term Memory (STM) holds limited information (7±2 items) for seconds; Long-Term Memory (LTM) stores information permanently through encoding, storage, and retrieval processes.
- Forgetting
- Information loss occurs due to decay (disuse), interference (old/new learning conflicts), retrieval failure, or repression (Freud).
- Transfer of Learning
- Applying learning from one situation to another; can be positive (helps new learning), negative (hinders), or zero (no effect).
- Child as Problem-Solver
- Children naturally explore, question, and investigate; effective pedagogy nurtures this scientific temper rather than suppressing it with rote memorisation.
- STM capacity
- 7 ± 2 chunks (Miller's magic number)
- STM duration
- 15–30 seconds without rehearsal
- Ebbinghaus Forgetting Curve
- Most forgetting occurs within first hour; then slows
- Maslow's levels (bottom to top)
- Physiological → Safety → Love/Belonging → Esteem → Self-actualisation
Problem Solving and Critical Thinking — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Problem Solving Defined
- A cognitive process where the learner identifies a difficulty, analyses it, generates possible solutions, and selects the most appropriate one. It involves higher-order thinking beyond simple recall.
- Critical Thinking
- The ability to analyse information objectively, evaluate evidence, identify biases, and arrive at reasoned judgments. It is reflective, purposeful thinking directed at deciding what to believe or do.
- Child as a Natural Problem Solver
- Children are inherently curious; they observe patterns, ask "why" questions, and experiment with their environment—traits that form the basis of scientific investigation.
- Child as a Scientific Investigator
- NCF 2005 emphasises that every child can think scientifically when given opportunities to hypothesise, test, observe, and conclude—mirroring the scientific method.
- Convergent vs Divergent Thinking
- Convergent thinking seeks a single correct answer (useful for well-defined problems); divergent thinking generates multiple creative solutions (useful for open-ended problems). Both are important.
- Metacognition
- Thinking about one's own thinking—monitoring and regulating cognitive processes. It enhances problem-solving efficiency and self-correction.
- Transfer of Learning
- Effective problem solvers apply strategies learned in one context to new, unfamiliar situations (positive transfer).
- Scaffolding and ZPD
- Vygotsky's idea that guided support helps children solve problems they cannot tackle alone, gradually building independence.
- John Dewey's Reflective Thinking
- Five steps: felt difficulty → define problem → suggest solutions → reason consequences → test and verify
- Scientific Method
- Observation → Hypothesis → Experiment → Data collection → Conclusion
- Bloom's Taxonomy (Higher Order)
- Analyse, Evaluate, Create—these levels require critical thinking
- Guilford's SOI Model
- Divergent production = creativity; convergent production = finding the one correct answer; evaluation (judging information) is a separate SOI operation
Gestalt and Insight Learning — Child Development and Pedagogy (Bal Vikas evam Shikshan Shastra) · 12 cards
- Gestalt = Organised Whole
- Perception is not a passive assembly of sensations; the brain actively organises stimuli into meaningful patterns. A melody is more than its individual notes.
- Insight Learning
- Learning that occurs suddenly when the learner grasps the underlying structure of a problem. There is an "Aha!" moment rather than gradual improvement through reinforcement.
- Köhler's Experiments (1913–1920)
- Conducted on chimpanzees in Tenerife. Sultan, the chimp, solved problems (reaching bananas using sticks or stacking boxes) not by random trial-and-error but by pausing, surveying the field, and then acting purposefully—demonstrating insight.
- Perceptual Field
- The total situation as the learner perceives it. Insight depends on how elements of the field are organised; if a crucial element is hidden, insight is blocked.
- Productive Thinking (Wertheimer)
- True understanding involves restructuring the problem, not mechanical repetition. Wertheimer studied how children understand the area of a parallelogram through insight rather than memorised formulas.
- Role of Past Experience
- Prior knowledge helps but does not guarantee insight. The learner must reorganise past experience to fit the new situation.
- All-or-None Character
- Insight is sudden and complete; once achieved, it can be transferred to similar problems with little practice.
- Opposition to Trial-and-Error
- Gestalt theorists criticised Thorndike's view that learning is blind fumbling; they showed that even animals can exhibit intelligent perception of relationships.
- Law of Proximity
- Elements close together are perceived as a group.
- Law of Similarity
- Similar elements (colour, shape) are grouped together.
- Law of Closure
- Incomplete figures are perceived as complete wholes.
- Law of Continuity
- Lines or patterns are seen as following the smoothest path.