Learner Characteristics & Factors Affecting Teaching

Intelligence theories divide into those that see one ability and those that see many. Charles Spearman (1904) proposed the two-factor theory: a general factor g common to every task and specific factors s for each; tests correlate because they all tap g. L. L. Thurstone (1938) rejected a single g and listed seven primary mental abilities — verbal comprehension, word fluency, number, spatial, memory, perceptual speed, reasoning. J. P. Guilford’s Structure of Intellect (1967) crossed operations × contents × products to yield 120 (later 150, then 180) factors and introduced divergent thinking as the root of creativity. Raymond Cattell (1963) split g into fluid intelligence (reasoning speed, declines with age) and crystallised intelligence (accumulated knowledge, rises with age) — the pair that explains why an adult learner is slower but wiser.

Gardner later discussed a ninth existential intelligence (asking questions about life and death) but never formally admitted it, so "nine" is only correct if the option says "proposed". Robert Sternberg’s triarchic theory (1985) is the usual companion option. It names three aspects of what he calls successful intelligence: analytical (componential) — the academic, problem-analysing ability that IQ tests measure; creative (experiential) — coping with novelty and automatising the familiar; practical (contextual) — "street smarts", adapting to, shaping or selecting one’s environment. Daniel Goleman (1995) popularised emotional intelligence, a construct first named by Salovey and Mayer (1990) with four branches: perceiving, using, understanding and managing emotions. In the exam, "Gardner" pairs with a count (eight), "Sternberg" with a triangle (three), and "Goleman" with emotion.

Worked example — ratio IQ. Alfred Binet and Simon (1905) introduced mental age (MA); William Stern (1912) proposed the quotient and Lewis Terman (1916) multiplied it by 100 in the Stanford–Binet: IQ = (MA ÷ CA) × 100. A child of chronological age 8 years passes the items an average 10-year-old passes. IQ = (10 ÷ 8) × 100 = 1.25 × 100 = 125. Another child, CA 10, MA 8: IQ = (8 ÷ 10) × 100 = 0.8 × 100 = 80. A child whose MA equals CA always scores exactly 100. Modern tests abandon this ratio for the deviation IQ: scores are scaled to a mean of 100 and a standard deviation of 15 (Wechsler; Stanford–Binet uses 16). Thus a Wechsler score of 130 is (130 − 100) ÷ 15 = 2 SD above the mean, placing the child above roughly 97.7% of age-mates; 70 is 2 SD below and is the conventional threshold for intellectual disability. The classification band 90–109 is "average" and holds about 50% of the population.

The VAK model (Walter Burke Barbe, 1979; extended to VARK by Neil Fleming, 1987) sorts learners by preferred input channel: the visual learner wants diagrams, colour-coding and mind-maps; the auditory learner wants explanation, discussion and reading aloud; the kinaesthetic learner wants to handle, build and move. Fleming split off read/write as a fourth. The exam wants the labels and the matching activity, but it also increasingly asks the research verdict: matching instruction to a diagnosed style has not been shown to raise achievement (the "meshing hypothesis" failed its tests), whereas presenting the same content through several channels helps all learners. Treat styles as a planning checklist for variety, not as a diagnostic sorting of children.

Motivation is the internal state that arouses, directs and sustains behaviour. Intrinsic motivation comes from the activity itself — curiosity, mastery, enjoyment; extrinsic motivation comes from an outcome separable from the activity — marks, praise, prizes, avoiding punishment. Research on the overjustification effect (Deci; Lepper’s children-and-markers study, 1973) shows that paying people for what they already enjoy can reduce intrinsic interest, which is why the exam treats extrinsic rewards as a bridge to be withdrawn, not a permanent engine. Atkinson and McClelland described achievement motivation (n-Ach) — the disposition to strive for standards of excellence — measured by the Thematic Apperception Test; high n-Ach learners choose moderately difficult tasks, not trivially easy or hopeless ones. Weiner’s attribution theory adds that what a learner believes caused success or failure (ability, effort, task difficulty, luck) along three dimensions — locus, stability, controllability — decides whether he tries again; attributing failure to effort (internal, unstable, controllable) is the healthiest pattern and the one a teacher’s feedback should build.

1. Physiological — food, water, sleep, warmth. A hungry or sleep-deprived learner cannot attend; mid-day meal schemes are Maslow in policy form.
2. Safety — physical security, freedom from fear of violence or ridicule, predictable routine.
3. Love and belonging — acceptance by peers and teacher; the isolated newcomer learns little until this is met.
4. Esteem — recognition, competence, status; specific praise and visible success feed this level.
5. Self-actualisation — realising one’s full potential; the only growth need in the original five, the other four being deficiency needs. Maslow (1943) later added cognitive and aesthetic needs below it and transcendence above it, giving the eight-level version.

The six heads under which the syllabus lists factors — teacher, learner, support material, instructional facilities, learning environment, institution — are the sorting boxes; here we add the mechanisms inside two of them that NET tests by name. On the learner side: Thorndike’s three laws — readiness (learning happens when the organism is prepared to act; forcing an unready learner produces annoyance), exercise (use strengthens, disuse weakens the bond), effect (responses followed by satisfaction are stamped in); maturation — some learning waits on biological growth regardless of teaching (you cannot teach a two-year-old to conserve volume); and Vygotsky’s zone of proximal development (ZPD) — the band between what a learner can do alone and what he can do with help, which is where scaffolding operates and where teaching should be pitched. On the teacher side: teacher expectancy. In the Pygmalion study (Rosenthal and Jacobson, 1968) teachers told that randomly chosen pupils were "bloomers" produced real IQ gains in those pupils — expectation became a self-fulfilling prophecy; its negative twin is the Golem effect.

Worked example — time actually available for learning. John Carroll’s model of school learning (1963) says degree of learning = time actually spent ÷ time needed, so a factor that eats minutes is a factor affecting teaching. Take a 40-minute period. Attendance and settling take 5 minutes; two transitions between activities take 2 minutes each; a discipline interruption takes 3 minutes; the last 4 minutes are lost to packing up. Lost time = 5 + 2 + 2 + 3 + 4 = 16 minutes. Time on task = 40 − 16 = 24 minutes, i.e. 24 ÷ 40 = 60% of the period. Over a 200-day session with 6 such periods a day, the loss is 16 × 6 × 200 = 19,200 minutes = 320 hours, about 40 full teaching days. Halving the loss through routines (an institutional and teacher factor) recovers 160 hours without adding a single period to the timetable — which is why classroom management is a teaching topic, not a discipline topic.

Classroom management is the set of teacher actions that create and maintain an environment in which instruction can occur — arranging space, time, materials, routines and relationships. It is wider than discipline, which is only the response to misbehaviour. The evidence-based rule is that prevention beats correction: Jacob Kounin (1970), analysing videotaped classrooms, found that effective and ineffective managers reacted to misbehaviour in much the same way; what differed was what they did before it. His vocabulary is the one the exam uses. Withitness — the teacher’s demonstrated awareness of everything happening in the room ("eyes in the back of the head"), shown by catching the right culprit at the right time. Overlapping — handling two events at once, such as continuing a reading group while quietly signalling to a talker elsewhere. Momentum and smoothness — keeping the lesson moving without jerky, self-interrupted transitions. Group alerting and accountability — keeping every pupil on the hook by random questioning and visible checking. The ripple effect — the way a teacher’s handling of one pupil spreads to the onlookers, for good or ill.

• Rules and routines taught in the first week — three to five positively worded rules ("raise a hand to speak"), rehearsed like content, posted where all can see.
• Physical arrangement — seating that lets the teacher reach every desk within a few steps; U-shape for discussion, clusters for group work, rows for tests.
• Proximity control and non-verbal cues — moving closer, eye contact, a pause, a hand signal; the lowest-intensity intervention that works is the correct one.
• Planned transitions and materials ready — most disorder occurs in the gaps between activities; Kounin’s momentum is protected by having the next task already on the board.
• Specific positive reinforcement — praise the behaviour, not the child ("you cited your source" rather than "good girl"); catch pupils being good more often than being bad.
• Logical consequences, applied calmly and consistently — the consequence relates to the act (clean what you spilt), is known in advance, and is delivered without public humiliation.

Several named approaches appear as options. B. F. Skinner’s behaviour modification uses reinforcement schedules and token economies — the theoretical base for most reward systems. William Glasser’s choice theory and reality therapy (class meetings, the pupil owns the plan to improve). Lee and Marlene Canter’s assertive discipline — clear expectations, a published hierarchy of consequences, calm insistence. Rudolf Dreikurs — misbehaviour serves one of four mistaken goals (attention, power, revenge, display of inadequacy) and the remedy is logical, not arbitrary, consequences. Haim Ginott’s congruent communication — address the situation, never the character ("this table is not clean" rather than "you are lazy"). The Premack principle ("grandma’s rule") — a preferred activity is made contingent on completing a less preferred one. Across all of them, two constants: the teacher is consistent and the pupil retains dignity.