
JAMB
Nigeria 🇳🇬JAMB UTME — compulsory Use of English plus 14 subjects to choose from, each with its own Beginner–Advanced track.
📏 UTME is scored out of 400 (Use of English + 3 chosen subjects, 100 marks each). Most universities set 180+ as the general cut-off; competitive courses need 250+.
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Beginner skill
Atomic structure, the mole concept and bonding — the Chemistry foundations WAEC/JAMB test first.
Atomic Structure
0/2 passedThe Mole Concept
0/4 passedBonding Foundations
0/2 passedIntermediate skill
Periodic trends, concentration and acids/bases — the Chemistry core WAEC/JAMB repeat every year.
The Periodic Table
0/9 passedSolutions & Concentration
0/5 passedAcids, Bases & Salts
🔒 Premium0/3 passedAdvanced skill
Multi-step stoichiometry and applied acid-base chemistry — the questions that separate top Chemistry scores.
Advanced Stoichiometry
0/8 passedAdvanced Bonding & Periodicity
🔒 Premium0/9 passedAdvanced Acid-Base Chemistry
🔒 Premium0/2 passedSyllabus coverage · Chemistry
0/32 official topics · 0%32 topics still to cover
- Separation of mixtures and purification of chemical substances (pure/impure substances, methods of separation, criteria for purity)Separation of Mixtures & Criteria for Purity →
- Chemical combination (laws of chemical combination, chemical formulae and equations, stoichiometry)Chemical Combination: Laws, Formulae & Equations →
- The mole concept (molar mass, molar volume, Avogadro's number, concentration and calculations)Moles from Mass →Mass from Moles →
- Kinetic theory of matter and gas laws (states of matter, Boyle's, Charles', Graham's and Dalton's laws, ideal gas equation)Kinetic Theory of Matter & the Gas Laws →
- Atomic structure (protons, neutrons, electrons, isotopes, electronic configuration, orbitals)Protons, Neutrons & Electrons →Isotopes →
- The periodic table (periodicity, groups and periods, trends in properties)Periodic Trends →Groups & Valence Electrons →
- Chemical bonding (ionic, covalent, dative, metallic bonds; intermolecular forces; shapes of molecules)Ionic Bonding →Covalent Bonding →
- Nuclear chemistry (radioactivity, types of radiation, half-life, nuclear reactions and uses)Nuclear Chemistry: Radioactivity, Half-life & Nuclear Reactions →
- Air (composition, fractional distillation of liquid air, uses of noble gases)Air: Composition, Liquid Air & the Noble Gases →
- Water (composition, hardness and its removal, water treatment, efflorescence, deliquescence and hygroscopy)Water: Composition, Hardness & Treatment →
- Solubility (saturated and supersaturated solutions, solubility curves, suspensions and colloids)Solubility, Solubility Curves & Colloids →
- Environmental pollution (air, water and soil pollutants, biodegradability, control)Environmental Pollution: Air, Water & Soil →
- Acids, bases and salts (properties, indicators, pH and pOH, types of salts, hydrolysis)The pH Scale →Neutralisation Reactions →
- Volumetric analysis (acid–base titrations and calculations)Multi-Step Mole Calculations →Applied pH & Neutralisation →
- Oxidation and reduction (oxidation numbers, redox equations, oxidising and reducing agents, IUPAC naming)Oxidation & Reduction: Oxidation Numbers & Redox Equations →
- Electrolysis (electrolytes, Faraday's laws, products of electrolysis, electrochemical cells, corrosion)Electrolysis, Faraday's Laws & Electrochemical Cells →
- Energy changes (exothermic and endothermic reactions, ΔH, entropy, spontaneity and ΔG)Energy Changes: ΔH, Bond Energies, Entropy & ΔG →
- Rates of chemical reaction (effect of temperature, concentration, surface area, catalysts; activation energy)Rates of Reaction, Collision Theory & Activation Energy →
- Chemical equilibrium (reversible reactions, Le Chatelier's principle, equilibrium constant)Chemical Equilibrium, Le Chatelier's Principle & Kc →
- Hydrogen (preparation, properties and uses)Hydrogen: Preparation, Properties & Uses →
- Halogens (chlorine: preparation, properties, uses; hydrogen chloride)Halogens: Chlorine & Hydrogen Chloride →
- Oxygen and sulphur (oxides, ozone, sulphur compounds, contact process)Oxygen & Sulphur: Oxides, Ozone & the Contact Process →
- Nitrogen and its compounds (ammonia, Haber process, nitric acid, nitrogen cycle)Nitrogen, Ammonia & Trioxonitrate(V) Acid →
- Carbon and its compounds (allotropes, oxides of carbon, carbonates, coal and fuels)Carbon: Allotropes, Oxides, Trioxocarbonates(IV) & Fuels →
- Alkali and alkaline-earth metals (sodium, calcium and their compounds)Sodium, Calcium & Their Compounds →
- Aluminium and tin (extraction, properties, uses, compounds)Aluminium & Tin: Extraction, Properties & Uses →
- Transition metals: iron and copper (properties, extraction, compounds) and alloysTransition Metals: Iron, Copper & Alloys →
- Organic chemistry basics: hydrocarbons (alkanes, alkenes, alkynes, aromatics), isomerism and petroleumHydrocarbons, Isomerism & Petroleum →
- Alkanols (preparation, properties, uses, fermentation)Alkanols: Fermentation, Properties & Reactions →
- Alkanals, alkanones, alkanoic acids and esters (including fats, oils and soaps)Alkanals, Alkanones, Alkanoic Acids, Esters & Soaps →
- Amines, carbohydrates, proteins and polymersAmines, Carbohydrates, Proteins & Polymers →
- Chemistry and industry (chemical industries, raw materials, biotechnology)Chemistry & Industry: Raw Materials, Yield & Biotechnology →