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Learning – Class 11 Psychology Chapter 5 Notes & NCERT PDF

Class 11PsychologyChapter 5NCERT book: Introduction to Psychology - Psychology Class 11

Notes and a simple summary of Chapter 5 of the NCERT Class 11 Psychology book, with the official chapter PDF, flashcards, an MCQ quiz and an AI tutor for your doubts.

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Chapter 5: Learning

Introduction

"Learning preserves errors of the past as well as its wisdom." — A.N. Whitehead

At birth a baby can make only a limited number of reflexive responses. As the child grows, s/he learns to recognise the mother and grandfather, use a spoon, identify alphabets, write, name objects like book, orange, cow, drive a scooter and interact with others. Whether a person becomes hard working or indolent, skilled or unskilled is largely a result of learning. This chapter defines learning, explains the major paradigms (methods) of learning, the key processes that occur during learning, the factors that facilitate learning, and learning disabilities.

Key Concepts

1. Nature of Learning

Learning is "any relatively permanent change in behaviour or behavioural potential produced by experience."

Features of learning:

  • It always involves experience. Repeated experience (the hostel bell after sunset means dinner is ready) leads to learning and habit formation. Sometimes a single experience is enough — a child who burns her/his fingers on a matchstick learns to be careful.
  • Changes are relatively permanent. Changes due to fatigue, habituation (orienting reflexes to wedding noise gradually weaken and disappear) and drugs/alcohol/sedatives are temporary, so they are not learning.
  • It involves a sequence of psychological events. In a word-list experiment: (i) pre-test, (ii) list presented for a fixed time, (iii) processing, (iv) new knowledge acquired (LEARNING), (v) recall after some time.
  • Learning is an inferred process and is different from performance (the observed behaviour). When you recite a poem, the teacher infers from your performance that you have learned it.
  • 2. Paradigms of Learning

    The simplest kind is conditioning — classical and instrumental/operant. Other types are observational, cognitive, verbal and skill learning.

    3. Classical Conditioning (Ivan P. Pavlov)

    Pavlov, while studying the physiology of digestion, noticed dogs salivating at the sight of the empty food plate. In his experiment a hungry harnessed dog heard a bell followed immediately by meat powder. After several pairings, on a test trial the bell alone made the dog salivate.

  • Food = Unconditioned Stimulus (US); salivation to food = Unconditioned Response (UR)
  • Bell = Conditioned Stimulus (CS); salivation to bell = Conditioned Response (CR)
  • Classical conditioning is S–S learning: one stimulus (bell) becomes a signal for another (food).
  • Everyday examples: salivating on seeing a sweet dish; a child fearing a balloon after one burst loudly in her/his hands.
  • Determinants of classical conditioning:

  • Time relations between stimuli — Simultaneous (CS and US together), Delayed (CS onset precedes US; CS ends before US ends), Trace (CS begins and ends before US with a time gap) — these three are forward procedures; Backward (US precedes CS). Delayed conditioning is the most effective; backward conditioning very rarely works.
  • Type of US — appetitive (eating, drinking; slower, needs more trials) vs aversive (noise, shock, bitter taste; established in 1–3 trials).
  • Intensity of CS — more intense CS → fewer acquisition trials.
  • 4. Operant/Instrumental Conditioning (B.F. Skinner)

    Operants are voluntary responses emitted by an organism that operates on the environment. In the Skinner Box, a hungry rat accidentally presses a lever, a food pellet drops, and over trials the rat presses the lever sooner — lever pressing is the operant, food is its consequence. It is called instrumental because the response is instrumental in getting food. Examples: children saying "please" to get favours; learning to operate a radio, camera or TV.

    Determinants of operant conditioning:

  • Types of reinforcement — Positive reinforcers are pleasant (food, water, medals, praise, money, status, information). Negative reinforcers are unpleasant stimuli whose removal strengthens avoidance and escape responses (wearing woollens to avoid cold; wearing seat belts to avoid injury or a fine). Negative reinforcement is not punishment — punishment suppresses a response; no punishment suppresses a response permanently, and it may create hatred for the punisher.
  • Number, amount and quality of reinforcement (raisins or cake are better than chickpeas or bread) — increases speed of conditioning.
  • Schedules of reinforcement — continuous (every response) vs intermittent/partial (some responses). Partial reinforcement produces greater resistance to extinction.
  • Delayed reinforcement — delay leads to poorer performance; children prefer a small immediate reward over a big delayed one.
  • Box 5.1 — Differences: classical responses are reflexes elicited by stimuli (respondent conditioning), operant responses are voluntary; in classical conditioning CS and US are well defined, in operant the CS is not; the experimenter controls the US in classical, while the organism controls the reinforcer in operant (organism is passive vs active); what is a reinforcer in operant is the US in classical.

    Box 5.2 — Learned Helplessness: Seligman and Maier gave dogs inescapable shock (classical) and later the dogs failed to escape shock even when they could (operant). In humans, continuous failure leads to little persistence and poor performance; learned helplessness underlies many cases of depression.

    5. Key Learning Processes

  • Reinforcement — primary reinforcers (food for a hungry organism) are biologically important; secondary reinforcers (money, praise, grades) acquire value through experience. Shaping reinforces successive approximations to a desired response.
  • Extinction — disappearance of a learned response when reinforcement is removed. Resistance to extinction increases with the number of reinforced trials (up to a point), is lower with a larger amount of reinforcement, higher with delayed and with partial reinforcement.
  • Generalisation — responding similarly to similar stimuli (salivating to a telephone ring after conditioning to a bell). Discrimination — responding differently to different stimuli (the child fears a bearded man in black but not a clean-shaven man in grey). Generalisation means failure of discrimination.
  • Spontaneous recovery — reappearance of an extinguished response after a lapse of time; the longer the time lapsed, the greater the recovery.
  • 6. Observational Learning (Albert Bandura)

    Also called imitation, modeling or social learning. In Bandura's Bobo doll study, children saw a 5-minute film of a boy acting aggressively towards a Bobo doll in three versions: model rewarded, punished, or neither. Children who saw aggression rewarded were most aggressive, those who saw it punished were least aggressive. Conclusion: observers acquire knowledge by observing the model, but performance depends on whether the model's behaviour is rewarded or punished. Children learn dressing, social manners, aggressiveness, pro-social behaviour, courtesy, diligence and indolence this way.

    7. Cognitive Learning

    The change is in what the learner knows rather than what s/he does.

  • Insight learning (Kohler) — chimpanzees suddenly used a box or pole to reach bananas; the solution appears suddenly after a period of no progress, can be repeated immediately and generalised to similar problems. What is learned is a cognitive relationship between means and end.
  • Latent learning (Tolman) — unrewarded rats that explored a maze later ran it as efficiently as rewarded rats once reinforced; they had formed a cognitive map (mental representation of spatial locations and directions).
  • 8. Verbal Learning (limited to human beings)

    Materials: nonsense syllables (CVC trigrams like YOL, NOK), unfamiliar and familiar words, sentences, paragraphs.

  • Paired-associates learning — stimulus–response pairs (e.g. nonsense syllable–English noun, like GEN–LOOT); measure = number of trials to reach criterion. Used in learning foreign-language equivalents.
  • Serial learning — reproduce items in the same order using the serial anticipation method.
  • Free recall — recall in any order; items at the beginning and end of a list are recalled more easily than those in the middle.
  • Determinants: length of the list and meaningfulness of the material. The total time principle: a fixed amount of time is needed to learn a fixed amount of material, regardless of how it is divided into trials. Bousfield presented 60 words (15 each from names, animals, professions, vegetables) randomly; participants recalled them category-wise — category clustering. Free recall is also subjectively organised. Verbal learning can be intentional or incidental.

    9. Skill Learning

    A skill is the ability to perform some complex task smoothly and efficiently (driving, piloting, shorthand, reading, writing).

    A skill is a chain of perceptual-motor responses (S-R associations). A flat level of performance during transition between phases is a performance plateau. Fitts' three phases:

  • Cognitive — understand and memorise instructions; keep every cue in consciousness.
  • Associative — link sensory inputs to responses; errors and time decrease.
  • Autonomous — attentional demands and external interference reduce; performance becomes automatic.
  • Practice is the only means of skill learning — "practice makes a man perfect".

    10. Factors Facilitating Learning

  • Continuous vs partial reinforcement — continuous gives a high response rate but quick extinction; partial (especially ratio schedules) gives high rates and high resistance to extinction — the partial reinforcement effect.
  • Motivation — a prerequisite for learning; intrinsic (you enjoy it) or extrinsic (a means to another goal).
  • Preparedness for learning — species have biological constraints; an organism learns easily only those associations it is genetically prepared for. Preparedness is a continuum (prepared – neither – unprepared).
  • 11. Learning Disabilities

    A heterogeneous group of disorders (difficulties in reading, writing, speaking, reasoning, mathematics) presumed to originate from problems in central nervous system functioning; seen even in children of average to superior intelligence. Symptoms: difficulty writing letters/reading/speaking and listening problems; attention disorders and hyperactivity; poor space orientation and sense of time; poor motor coordination and manual dexterity; failure to follow oral directions; misjudging relationships and body language; perceptual disorders; dyslexia (confusing b/d, p/q, was/saw, unclear/nuclear). Learning disabilities are not incurable — remedial teaching helps a great deal.

    Examples & Activities from the Text

  • Activity 5.1: Show mango pickle to classmates — most report salivation (classical conditioning).
  • Activity 5.2: Demonstrate folding a paper boat two or three times; most children can then make one (observational learning).
  • Activity 5.3: Read out a mixed list (book, bread, shirt, pencil, rice, potato…) and check whether free recall shows category organisation.
  • Key-Facts Sheet

  • Learning = relatively permanent change due to experience; fatigue, habituation and drugs are not learning.
  • Pavlov → classical (S–S); Skinner → operant; Bandura → observational (Bobo doll); Kohler → insight; Tolman → latent learning/cognitive map; Seligman & Maier → learned helplessness; Bousfield → category clustering; Fitts → 3 phases of skill.
  • Most effective classical procedure: delayed conditioning.
  • Aversive conditioning: 1–3 trials; appetitive: slower.
  • Partial reinforcement → greatest resistance to extinction.
  • Exam Focus

  • "What is learning? What are its distinguishing features?" — Outline: definition in quotes → (i) involves experience (bell/dinner, matchstick) → (ii) relatively permanent (contrast fatigue, habituation, drugs) → (iii) sequence of psychological events (5 steps) → (iv) inferred, different from performance (poem example).
  • "How does classical conditioning demonstrate learning by association?" — Pavlov's procedure → US/UR/CS/CR with the table (before/during/after) → S–S learning → everyday example → determinants.
  • "A good role model is very important for a growing child — discuss the kind of learning." — Observational learning → Bandura's Bobo doll design and results → knowledge vs performance → examples of dressing, manners, aggression, courtesy.
  • Other likely questions: factors influencing operant conditioning; verbal learning methods; stages of skill learning; generalisation vs discrimination; why motivation is a prerequisite; preparedness; forms of cognitive learning; identifying learning disabilities.
  • Key Terms

  • Learning (अधिगम), Conditioning (अनुबंधन), Unconditioned stimulus (अनानुबंधित उद्दीपक), Conditioned response (अनुबंधित अनुक्रिया), Reinforcement (प्रबलन), Negative reinforcement (नकारात्मक प्रबलन), Punishment (दंड), Extinction (विलोप), Generalisation (सामान्यीकरण), Discrimination (विभेदन), Spontaneous recovery (स्वतः पुनर्प्राप्ति), Modeling (प्रतिरूपण), Insight (अंतर्दृष्टि), Cognitive map (संज्ञानात्मक मानचित्र), Dyslexia (पठन-वैकल्य)
  • Common Mistakes

  • Calling negative reinforcement "punishment" — negative reinforcement increases avoidance/escape responses; punishment suppresses a response.
  • Treating habituation or fatigue as learning — both are temporary changes.
  • Saying backward conditioning is effective — it very rarely produces a CR; delayed is best.
  • Mixing up performance and learning — learning is inferred from performance.
  • Believing continuous reinforcement gives the most durable learning — partial reinforcement is more resistant to extinction.
  • Writing that learning disabilities are due to low intelligence — they occur in children of average to superior intelligence and can be remedied.
  • 💡 Key Learning Points

    • ✓Learning is a relatively permanent change in behaviour or behavioural potential produced by experience; it is inferred from performance.
    • ✓Classical conditioning (Pavlov) is S–S learning; its acquisition depends on CS–US timing, type of US and intensity of CS, with delayed conditioning most effective.
    • ✓Operant conditioning (Skinner) depends on the type, number, amount, quality, schedule and delay of reinforcement; partial reinforcement increases resistance to extinction.
    • ✓Observational (Bandura), cognitive (Kohler's insight, Tolman's latent learning), verbal and skill learning (Fitts' three phases) explain complex human learning.
    • ✓Motivation and preparedness facilitate learning, while learning disabilities (e.g. dyslexia, hyperactivity) hinder it but can be remedied.

    👨‍🏫 Teaching Tips

    • →Run Activity 5.1 with a plate of mango pickle to let students experience a conditioned salivation response before naming US, UR, CS and CR.
    • →Draw a timeline on the board for simultaneous, delayed, trace and backward conditioning so students can see the order of CS and US onset.
    • →Use a four-box grid (add/remove × pleasant/unpleasant) to separate positive reinforcement, negative reinforcement and punishment.
    • →Show a short clip or describe the three versions of Bandura's Bobo doll film and ask students to predict which group was most aggressive.
    • →Do Activity 5.3 (free recall of a mixed list) and let students discover category clustering from their own data.
    • →Have students recall learning to ride a cycle or type and map their experience onto Fitts' cognitive, associative and autonomous phases.
    • →Discuss dyslexia examples (b/d, was/saw) sensitively and stress that remedial teaching works.

    📋 Assessment Questions

    1. Can the student define learning and distinguish it from fatigue, habituation and drug effects?
    2. Can the student explain Pavlov's experiment using US, UR, CS and CR and name the most effective conditioning procedure?
    3. Can the student distinguish positive reinforcement, negative reinforcement and punishment with examples?
    4. Can the student describe Bandura's Bobo doll findings and the difference between acquisition and performance?
    5. Can the student list symptoms of learning disabilities and explain why they are remediable?

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