Use this JAMB Physics syllabus as a working checklist. First scan every topic below, then study each block through definitions, laws, diagrams, calculations and past questions.
JAMB Physics topics at a glance
| Area | Topics you must learn | Your main task |
|---|---|---|
| Measurement and mechanics | Measurements and units; scalars and vectors; motion; gravitation; equilibrium of forces; work, energy and power; friction; simple machines; elasticity; pressure; liquids at rest | Draw diagrams, resolve forces, read graphs and solve with correct SI units. |
| Thermal physics | Temperature and its measurement; thermal expansion; gas laws; quantity of heat; change of state; vapours; structure of matter and kinetic theory; heat transfer | Link particle behaviour to equations, graphs and everyday applications. |
| Waves and sound | Waves; propagation of sound waves; characteristics of sound | Use wave terms and equations, and distinguish sound phenomena. |
| Light and optics | Light energy; reflection at plane and curved surfaces; curved mirrors; refraction; optical instruments; dispersion and colours | Construct ray diagrams and solve mirror, lens and refractive-index problems. |
| Electricity and magnetism | Electrostatics; capacitors; electric cells; current electricity; electrical energy and power; magnets and magnetic fields; force on current-carrying conductors; electromagnetic induction; simple alternating-current circuits | Interpret circuits, apply laws and connect electricity with magnetic effects. |
| Modern physics | Conduction of electricity through liquids and gases; elementary modern physics; introductory electronics | Understand ionisation, atomic/nuclear ideas and basic semiconductor devices. |
What your preparation must achieve
You should be able to explain physical laws, interpret phenomena, measure accurately, handle units and solve numerical problems. Do not collect formulas without meaning. For each formula, know the quantities, units, conditions and graph that support it.
1. Secure measurement and mechanics
Learn base and derived quantities, dimensions, significant figures, errors and common instruments. In vectors, practise components and resultants. For motion, connect displacement, velocity and acceleration to distance-time and velocity-time graphs. Then cover projectiles, Newton’s laws, momentum, impulse and circular motion.
In force topics, draw a free-body diagram before calculating. Study moments, centre of gravity, stability, gravitation, work, energy, power, friction, machines and elasticity. For pressure and liquids, use density, relative density, Pascal’s principle, Archimedes’ principle and flotation with clear diagrams.
2. Learn thermal Physics through particles and energy
Distinguish temperature from heat. Cover thermometers, expansion of solids and liquids, gas laws, specific heat capacity, latent heat, evaporation, saturated vapour and humidity. Use kinetic theory to explain changes rather than merely naming them. Compare conduction, convection and radiation and identify their applications.
3. Treat waves, sound and optics visually
Know amplitude, frequency, wavelength, period, phase and wave speed. Distinguish transverse and longitudinal waves and study reflection, refraction, diffraction, interference and stationary waves. In sound, cover pitch, loudness, quality, resonance, echoes and applications.
Draw ray diagrams for plane mirrors, curved mirrors, lenses and optical instruments. Practise sign conventions, magnification, mirror and lens formulae, total internal reflection, prisms, dispersion and colour. A correct diagram often prevents a wrong substitution.
4. Build electricity from charge to circuits
Start with charge, Coulomb’s law, electric field, potential and capacitance. Then study cells, electromotive force, internal resistance, Ohm’s law, resistivity, resistor combinations, Kirchhoff’s laws, meters, electrical energy and household power. Always redraw complicated networks before solving.
For magnetism, learn field patterns, forces on charges and conductors, motors, electromagnetic induction, generators, transformers and simple AC quantities. Use Fleming’s rules only after identifying field, current and motion directions.
5. Finish with modern Physics and electronics
Cover electrolysis and gaseous conduction, cathode rays, photoelectric effect, atomic models, spectra, radioactivity, half-life, nuclear energy and radiation safety. Understand conductors, insulators, semiconductors, diodes, transistors and simple logic or rectifier applications at introductory level.
High-risk areas
- Units: convert prefixes and quantities before substitution.
- Graphs: interpret slope and area using the correct physical meaning.
- Vectors and forces: choose axes and resolve consistently.
- Optics: use ray diagrams and the correct sign convention.
- Circuits: identify series and parallel sections before calculation.
- Modern Physics: distinguish related terms such as activity, decay constant and half-life.
Six-week Physics study plan
- Week 1: measurement, vectors, motion and forces.
- Week 2: energy, machines, elasticity, pressure and fluids.
- Week 3: thermal Physics and kinetic theory.
- Week 4: waves, sound and optics.
- Week 5: electrostatics, current electricity and power.
- Week 6: magnetism, induction, modern Physics and timed mixed tests.
Keep a formula sheet that includes units and conditions, not formulas alone. Complete short calculation drills daily and one full timed Physics set each week. For every error, decide whether the problem was concept, unit, algebra, diagram or time management.
Recommended textbooks
Useful texts in the official list include Essential Principles of Physics by E. E. Ike, Numerical Problems and Solutions in Physics by E. E. Ike, Fundamentals of Physics by M. Nelson, Senior Secondary School Physics by Okeke and Anyakoha, and Comprehensive Certificate Physics by Olumuyiwa and Ogunkoya. Use one main explanation text, then practise with past questions.
Frequently asked questions
Do I need to memorise every formula?
Know the standard relationships, but understand how they arise and when they apply. Many questions test interpretation more than recall.
How do I stop making calculation mistakes?
Write data with units, draw the situation, select the law, convert units and estimate the expected size before choosing an option.
Does JAMB Physics include practical concepts?
Yes. Prepare for instruments, measurements, graphs, circuits, optics arrangements and experimental precautions.
Return to the complete JAMB syllabus library for other subjects.
Official source
Use the official JAMB Physics syllabus PDF as your final checklist.
