WAEC WASSCE 1-Day Intensive

Reading and interpreting unseen passages; identifying main ideas, supporting details, tone, purpose, and writer's attitude; making inferences and drawing conclusions from textual evidence in WAEC prose selections.

Extracting and condensing the essential points from passages into concise summaries using one's own words; avoiding opinions, repetition, and verbatim copying; maintaining logical flow and proportion in the summary.

Building vocabulary through word formation (prefixes, suffixes, root words); understanding synonyms, antonyms, collocations, and idiomatic expressions; using context clues to interpret unfamiliar words in reading passages.

All English tenses in active and passive voice; subject-verb agreement; consistent tense usage; articles (a, an, the); pronoun-antecedent agreement; and detecting and correcting common grammatical errors in sentences.

Simplifying algebraic expressions; expanding and factorising expressions including quadratic expressions; manipulating algebraic fractions; evaluating expressions given specified values; and applying algebra to word problem solving.

Angle properties of parallel lines cut by a transversal; interior and exterior angles of polygons; triangle theorems (angle sum, exterior angle, congruence, similarity); Pythagorean theorem; and properties of special quadrilaterals.

Sine, cosine, and tangent ratios for acute and obtuse angles; complementary angle relationships; solving right-angled and non-right-angled triangles; the sine rule and cosine rule; and area of triangles using trigonometry.

Differentiation from first principles; standard derivatives; product, quotient, and chain rules; turning points; maxima and minima; integration as the reverse of differentiation; definite and indefinite integrals; area under curves using the definite integral; and the trapezium rule.

Scalar and vector quantities; displacement, velocity, acceleration; equations of uniformly accelerated motion (s = ut + ½at², v = u + at, v² = u² + 2as); graphical analysis of motion (gradient = velocity/acceleration, area = displacement); and free fall under gravity.

Newton's three laws; force-mass-acceleration relationship (F = ma); weight as gravitational force; static and dynamic friction; limiting friction and coefficient of friction; tension in strings and ropes; and analysing connected objects in equilibrium and motion.

Work done by constant and variable forces; kinetic energy (½mv²) and gravitational potential energy (mgh); work-energy theorem; conservation of mechanical energy; power (P = W/t = Fv); efficiency; and energy transformations in mechanical systems.

Laws of reflection for plane and spherical mirrors; image formation and characteristics for concave and convex mirrors; laws of refraction and Snell's law; refractive index; critical angle and total internal reflection; and dispersion of white light by a prism.

Atomic models and quantum numbers; electron configuration (Aufbau principle, Hund's rule, Pauli exclusion); ionic bonding and properties of ionic compounds; covalent bonding using Lewis structures; coordinate bonding; VSEPR theory and molecular shapes (linear, trigonal, tetrahedral); hybridisation (sp, sp2, sp3); and intermolecular forces.

The mole concept, molar mass, and Avogadro's constant; empirical and molecular formulas; writing and balancing chemical equations; stoichiometric calculations including limiting reagents and theoretical yield; percentage purity and practical yield; and titrimetric analysis.

Arrhenius, Bronsted-Lowry, and Lewis definitions; conjugate acid-base pairs; strong and weak acids and bases; pH, pOH, pKa, and Ka calculations; buffer solutions and their action; salts and hydrolysis (cationic, anionic, and neutral hydrolysis); and indicators and acid-base titrations.

Modern periodic table and periodic law; periodic trends: atomic radius, ionic radius, ionisation energy, electron affinity, electronegativity, and metallic character; group chemistry of alkali metals, alkaline earth metals, halogens, and noble gases; and diagonal relationships in the second period.

Ultrastructure of plant and animal cells using electron microscopy; functions of cell organelles (nucleus, nucleolus, mitochondria, ribosome, endoplasmic reticulum, Golgi body, chloroplast, lysosome, cell membrane); the fluid mosaic model of the cell membrane; and differences between plant and animal cells.

Carbohydrates (mono-, di-, polysaccharides), proteins, lipids, nucleic acids (DNA and RNA), water, and vitamins as essential biological molecules; enzyme structure and mechanism of action (lock-and-key, induced-fit); factors affecting enzyme activity (temperature, pH, substrate concentration, enzyme concentration, inhibitors); and coenzymes and their roles.

Respiratory surfaces in different organisms; human respiratory system structure and mechanism of breathing; gas exchange at the alveoli; transport of respiratory gases (oxygen and carbon dioxide transport in blood); aerobic respiration: glycolysis, Krebs cycle, and electron transport chain; anaerobic respiration and the oxygen debt; and energy yield comparison.

Open and closed circulatory systems; double circulation in mammals; structure and functioning of the human heart (atria, ventricles, valves, pacemaker); arteries, veins, and capillaries: structure and functions; blood composition and functions; blood grouping (ABO and Rhesus); blood clotting mechanism; and lymphatic system overview.

The law of demand and the demand curve; factors causing shifts in demand (income, tastes, price of related goods, expectations, number of buyers); the law of supply and supply curve; factors causing shifts in supply (technology, costs, government policy); market equilibrium; and how price controls (price floors and ceilings) create market imbalances.

Price elasticity of demand (PED) and its calculation (percentage and geometric methods); factors affecting PED; total revenue and PED relationship; income elasticity of demand (YED); cross elasticity of demand (XED); price elasticity of supply (PES); and practical applications in agricultural pricing and taxation.

Production functions: total product (TP), average product (AP), and marginal product (MP); the law of diminishing returns (variable proportions in the short run); ISOquants and optimal input combinations; returns to scale (long run); and economies and diseconomies of scale and their graphical representation.

Perfect competition: characteristics, short-run and long-run equilibrium, and allocative efficiency; monopoly: characteristics, price discrimination, and deadweight loss; monopolistic competition: characteristics and non-price competition; oligopoly: game theory introduction, kinked demand curve, and cartel arrangements; and comparison of market structures.

The meaning and importance of a constitution as the supreme law; the 1999 Constitution of the Federal Republic of Nigeria (as amended) and its key provisions; Chapter II (Fundamental Objectives and Directive Principles of State Policy); the federal character principle; and constitutional development in Nigeria from 1960 to present.

Functions of political parties; historical development of political parties in Nigeria from the First Republic (1960) through the Fourth Republic (1999-present); INEC's composition and responsibilities; electoral processes: voter registration, accreditation, voting, and results management; electoral malpractices and their effects on democratic consolidation; and the role of opposition in democracy.

Meaning and importance of citizenship; methods of acquiring Nigerian citizenship (by birth, registration, naturalisation); dual citizenship provisions; fundamental human rights in Chapter IV of the 1999 Constitution (right to life, human dignity, fair hearing, personal liberty, freedom of thought, freedom of movement); limitations on rights; and mechanisms for enforcing fundamental rights in court.

Meaning of government as an institution that exercises authority over a state; the essential elements of a state (population, territory, government, sovereignty); the relationship between government and politics; and the importance of studying government in a democratic society.

Analysis of selected African and international novels for WAEC; narrative techniques, narrative voice, and structure; characterisation, plot development, themes (colonialism, identity, tradition versus modernity, gender, class), and social commentary; critical interpretation of authorial choices; and essay writing skills for prose analysis in WAEC.

Elements of drama: dialogue, soliloquy, aside, act, scene, stage direction; analysis of selected plays (tragedy, comedy, tragi-comedy); the concept of the tragic hero and Aristotle's theory of tragedy; characterisation, thematic concerns, and performance conventions; and the relationship between dramatic text and stage production.

Elements of poetry: stanza, line, imagery, metaphor, simile, personification, apostrophe, enjambment, rhyme scheme, rhythm, tone, mood, alliteration, assonance, consonance, sibilance; paraphrasing and interpreting poems; identifying poetic devices and evaluating their effect; and writing detailed critical analysis of Nigerian and international poetry.

Essential literary terms: plot, theme, characterisation (round, flat, static, dynamic), setting, conflict, narrator, point of view, symbolism, imagery, foreshadowing, irony (verbal, situational, dramatic), allegory, satire, anti-hero, tragedy, comedy; applying these terms accurately when analysing texts.

Types of maps (topographic, choropleth, dot, isopleth, pictogram); map scales: linear, ratio, and statement scales; representation of relief using contours (height, gradient, intervisibility); extracting information from maps: direction, bearing, distance, area, and geographic features; and solving WAEC map interpretation questions.

Elements of weather: temperature, rainfall, humidity, wind, atmospheric pressure, cloud cover; weather instruments: thermometer, rain gauge, hygrometer, barometer, anemometer, wind vane; differences between weather and climate; types of rainfall: convectional, orographic, and cyclonic; climate classification and the climate of Nigeria; and climate change evidence and consequences.

Population distribution and density globally and in Nigeria; population dynamics: birth rates, death rates, fertility rates, migration; the demographic transition model; overpopulation and underpopulation; settlement types (rural versus urban); site and situation factors influencing settlement location; and Nigeria's urbanisation challenges and population policies.

Types of agriculture: subsistence and commercial, shifting cultivation, pastoral farming, irrigation farming, plantation agriculture; major cash crops in Nigeria: cocoa, groundnut, oil palm, rubber, cotton; the effects of agriculture on the environment: deforestation, soil erosion, desertification; and modern agricultural techniques, food security challenges, and agricultural policies in Nigeria.

Rock types and the rock cycle; weathering processes (physical, chemical, biological) and their role in soil formation; soil profile and horizons (O, A, E, B, C, R); soil composition: mineral particles, organic matter, water, air; soil pH and its effect on crop growth; and soil degradation: erosion, leaching, salinity and their control.

Land preparation: clearing, stumping, tilling, levelling; planting methods: broadcasting, row planting, transplanting; spacing, depth of planting, and plant density; cropping systems: sole cropping, mixed cropping, crop rotation, relay cropping, intercropping; the concept of yield and factors affecting crop yield; and nursery practices for seedlings.

Types of livestock: cattle, sheep, goats, pigs, poultry (chickens, turkeys, ducks, geese), rabbits, fish; local (indigenous) versus exotic (improved) breeds; housing requirements and design for different livestock; feeding: feed types (concentrates, roughages, supplements), feeding methods; and breeding: natural mating versus artificial insemination (AI), conception rates, pregnancy testing.