Class | Subject | Book | Chapter | Session | Questions covered |
|---|---|---|---|---|---|
XI | Psychology | Psychology (NCERT) | 5 – Learning | 2026-27 | 11 of 11 |
Chapter at a glance
Topic | Key points |
|---|---|
Learning | Relatively permanent change in behaviour or behavioural potential due to experience or practice |
Classical conditioning | Pavlov: CS (bell) paired with US (food) → CR (salivation); acquisition, extinction, spontaneous recovery, generalisation, discrimination |
Operant conditioning | Skinner: behaviour controlled by consequences; reinforcement (positive, negative), schedules, punishment |
Observational learning | Bandura: learning by watching models (Bobo doll experiment) |
Cognitive learning | Insight learning (Köhler), latent learning (Tolman) |
Verbal and skill learning | Paired-associates, serial, free recall; stages of skill learning (Fitts: cognitive, associative, autonomous) |
Learning disabilities | Difficulties in reading, writing, attention, motor coordination despite normal intelligence |
Exercise Questions
What is learning? What are its distinguishing features?
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Learning is any relatively permanent change in behaviour or behavioural potential produced by experience or practice.
Distinguishing features
- It always involves some kind of experience — repeated exposure or practice.
- The change is relatively permanent — temporary changes due to fatigue, drugs or illness are not learning.
- Changes due to maturation or growth are not learning.
- It involves a sequence of psychological events — pre-learning tests, training, post-learning tests.
- Learning is an inferred process — inferred from changes in performance; it is different from performance.
Learning is a relatively permanent change in behaviour due to experience or practice; it involves experience, is relatively permanent, excludes maturation and temporary states, involves a sequence of events, and is inferred from performance.
How does classical conditioning demonstrate learning by association?
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In classical conditioning (Ivan Pavlov), a neutral stimulus comes to produce a response after being associated with a stimulus that naturally produces that response.
Pavlov’s experiment
- Food (unconditioned stimulus, US) naturally makes a dog salivate (unconditioned response, UR).
- A bell (neutral stimulus) by itself does not cause salivation.
- The bell is rung just before giving food, repeatedly (pairing).
- Eventually, the bell alone (conditioned stimulus, CS) produces salivation (conditioned response, CR).
The dog has learnt an association between the bell and food, so the bell signals food. This shows learning by association of two stimuli.
Everyday example: a child who gets a painful injection may later feel afraid on seeing a doctor’s white coat.
A neutral stimulus (bell) repeatedly paired with an unconditioned stimulus (food) comes to elicit the response (salivation) on its own — showing that learning occurs through association of stimuli.
Define operant conditioning. Discuss the factors that influence the course of operant conditioning.
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Operant conditioning (B.F. Skinner) is a type of learning in which voluntary behaviour is controlled by its consequences — behaviour followed by reinforcement is strengthened, and behaviour followed by punishment is weakened. Example: a rat in a Skinner box learns to press a lever to get food.
Factors influencing operant conditioning
- Type of reinforcement: positive (adding a pleasant stimulus, e.g. praise) or negative (removing an unpleasant stimulus); primary (food) or secondary (money, praise).
- Number of reinforcement trials and amount (quantity/quality) of reinforcement.
- Schedules of reinforcement: continuous (every response) leads to quick learning; partial/intermittent (fixed or variable ratio/interval) produces behaviour more resistant to extinction.
- Delay of reinforcement: immediate reinforcement is more effective than delayed.
- Nature of the response and the organism’s motivation.
Operant conditioning is learning in which voluntary behaviour is shaped by its consequences; it is influenced by the type, number and amount of reinforcement, schedules of reinforcement, delay of reinforcement and motivation.
A good role model is very important for a growing up child. Discuss the kind of learning that supports it.
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This is supported by observational learning (social learning / modelling), described by Albert Bandura.
- Children learn by observing the behaviour of others (models) and its consequences, and then imitating it.
- In Bandura’s Bobo doll experiment, children who watched an adult behave aggressively towards a doll imitated that aggression, especially when the model was rewarded.
- Processes involved: attention (noticing the model), retention (remembering), reproduction (being able to perform) and motivation (reinforcement).
- Children model parents, teachers, siblings, peers and media personalities in manners, language, values and habits.
So a good role model teaches children positive behaviour — honesty, kindness, discipline — while bad models may teach aggression or bad habits.
Observational (social) learning — Bandura showed that children imitate models (Bobo doll experiment) through attention, retention, reproduction and motivation, so good role models teach good behaviour.
Explain the procedures for studying verbal learning.
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Verbal learning is studied using lists of words, nonsense syllables (CVC), or meaningful material:
- Paired-associates learning: participants learn pairs of items (stimulus–response), e.g. a word in Hindi and its English equivalent; later the first item is presented and they recall the second. Used for learning vocabulary.
- Serial learning: a list of items is presented and the participant must learn and recall them in the same order (serial anticipation method). Shows serial position effect — items at the beginning and end are better remembered.
- Free recall: a list is presented and the participant recalls items in any order. Shows grouping/clustering of items into categories.
Paired-associates learning (learning stimulus–response pairs), serial learning (recall in the same order; serial position effect) and free recall (recall in any order; clustering).
What is a skill? What are the stages through which skill learning develops?
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A skill is the ability to perform a complex task smoothly and efficiently — e.g. driving a car, typing, playing the piano, swimming. It consists of a chain of perceptual-motor responses learnt through practice.
Stages of skill learning (Fitts)
- Cognitive phase: the learner understands and memorises instructions; performance is slow, effortful, and full of errors (e.g. thinking about each step while learning to drive).
- Associative phase: errors decrease; the learner links sensory inputs with appropriate responses; performance becomes smoother with practice.
- Autonomous phase: the skill becomes automatic, requiring little attention; the person can perform it while doing other things (e.g. driving while talking).
Practice is the key factor in moving through these stages.
A skill is the ability to perform a complex task smoothly; it develops through the cognitive (understanding, many errors), associative (fewer errors, linking inputs and responses) and autonomous (automatic) phases.
How can you distinguish between generalisation and discrimination?
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Generalisation | Discrimination |
|---|---|
Responding in the same way to stimuli similar to the original conditioned stimulus | Responding differently to stimuli that differ from the conditioned stimulus |
E.g. a dog conditioned to a bell salivates to a similar bell tone | E.g. the dog salivates only to the specific bell that was paired with food, not to other sounds |
A child afraid of one dog becomes afraid of all dogs | A child learns that only barking, aggressive dogs are dangerous |
Spreads learning to new situations | Makes responses more specific |
Discrimination is learnt by reinforcing responses to the correct stimulus and not to others.
Generalisation is responding similarly to stimuli resembling the conditioned stimulus; discrimination is responding only to the specific stimulus and not to others.
Why is motivation a prerequisite for learning?
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Motivation is a mental and physiological state that arouses an organism to act to satisfy a need or achieve a goal.
- Motivation energises learners to pay attention and make an effort.
- It keeps them persistent until the goal is reached.
- In experiments, hungry animals learn faster to get food — the need for food motivates learning.
- Intrinsic motivation (interest, curiosity) leads to deeper, lasting learning; extrinsic motivation (rewards, praise) also encourages learning.
- Without motivation, the learner does not engage, and little learning occurs.
Because motivation arouses attention, effort and persistence towards a goal; without it the learner does not engage, so little learning takes place.
What does the notion of preparedness for learning mean?
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Preparedness means that members of a species are biologically prepared (by evolution) to learn some associations more easily than others. Each species has a set of biological constraints on learning.
- For example, humans and animals easily learn taste aversions (avoiding food that made them sick) after just one experience, and readily develop fears of snakes or heights, but find it hard to learn fear of flowers.
- Rats learn to associate taste with illness easily, but not lights with illness.
- Some animals can be conditioned easily for certain responses (e.g. pigeons pecking for food) but not others.
So learning depends not only on experience but also on species-specific biological readiness.
Preparedness is the biological readiness of a species to learn certain associations more easily than others (e.g. taste aversion or fear of snakes), reflecting biological constraints on learning.
Explain the different forms of cognitive learning?
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Cognitive learning involves changes in what the learner knows rather than what they do; it involves mental processes.
- Insight learning (Wolfgang Köhler): a solution appears suddenly after a period of thinking, through perceiving relationships among elements of the problem. Köhler’s chimpanzee Sultan joined two sticks to reach a banana outside its cage after failing with one stick — the “aha” experience. Insight solutions are remembered and transferred to new problems.
- Latent learning (Edward Tolman): learning that occurs but is not evident until there is a reason (incentive) to show it. Rats that explored a maze without reward developed a cognitive map; when food was later introduced, they ran it as quickly as rats rewarded all along.
Insight learning — sudden solution by perceiving relationships (Köhler’s chimpanzee Sultan); latent learning — learning that remains hidden until an incentive appears, via cognitive maps (Tolman’s rats).
How can we identify students with learning disabilities?
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Learning disabilities are difficulties in acquiring academic skills despite normal intelligence and adequate opportunity. Signs include:
- Difficulties in reading, writing, spelling and speaking — e.g. reversing letters (b/d), mirror writing, poor spelling (dyslexia, dysgraphia).
- Difficulties in mathematics — understanding numbers and calculation (dyscalculia).
- Attention problems — easily distracted, unable to sustain attention; hyperactivity.
- Poor perceptual-motor coordination — clumsiness, difficulty in drawing or copying.
- Difficulty in following directions and organising work; poor memory.
- Poor understanding of time and space concepts (left–right, before–after).
- Poor metacognition — not knowing how to learn.
- A gap between ability and achievement, poor social skills.
Such students need early identification by teachers and parents, assessment by specialists, and remedial teaching.
By signs such as reading/writing/spelling difficulties (letter reversals), maths problems, poor attention, poor motor coordination, trouble following directions, weak time-space concepts and poor metacognition — despite normal intelligence.
Topic checklist
- Meaning and features of learning
- Classical and operant conditioning; reinforcement schedules
- Observational and cognitive learning
- Verbal and skill learning
- Motivation, preparedness and learning disabilities