Physics
Motion, forces, energy, circuits and waves with numerical practice.
- 01
Measurement, units, uncertainty and vectors
Choose instruments, evaluate measurements and resolve vector quantities into useful components.
45 min
- 02
Motion, speed and acceleration
Describe motion and calculate with constant acceleration.
45 min
- 03
Forces, weight and moments
Use net force, distinguish weight from mass and calculate moments.
45 min
- 04
Work, energy, power and efficiency
Track energy transfers and distinguish energy from power.
45 min
- 05
Equilibrium, simple machines, pressure and fluids
Connect force balance with moments, mechanical advantage, fluid pressure and upthrust.
45 min
- 06
Gravitation, circular motion and oscillations
Use inward acceleration, gravitational fields and restoring forces to explain curved and periodic motion.
45 min
- 07
Temperature, heat transfer and changes of state
Explain internal energy and calculate heating, expansion and latent-energy transfers.
45 min
- 08
Kinetic theory and gas laws
Connect particle motion with pressure, absolute temperature and gas-law calculations.
45 min
- 09
Waves, sound and reflection
Use wave quantities and distinguish reflection from refraction.
45 min
- 10
Refraction, lenses and optical instruments
Trace rays and interpret optical images using explicit angle and sign conventions.
45 min
- 11
Current, voltage and electric circuits
Calculate electrical quantities and interpret series and parallel connections.
45 min
- 12
Electrostatics, electric fields and capacitors
Explain charge transfer, field and potential, and calculate capacitor charge, combinations and energy.
50 min
- 13
Magnetism, induction and alternating current
Connect magnetic forces, flux change, generators, transformers and simple AC circuit quantities.
50 min
- 14
Atomic, nuclear and electronic physics
Distinguish atomic and nuclear models, spectra, photoelectric emission, decay, nuclear energy and basic semiconductor devices.
50 min
- 15
Elasticity, viscosity and fluid flow
Relate deformation to force, then distinguish viscous drag from ideal-flow conservation models.
55 min
- 16
Vapours, humidity and changes of phase
Explain saturation, evaporation and boiling, then interpret dew-point and wet/dry-bulb information.
55 min
- 17
Cells and electrical measurements
Calculate emf, terminal voltage, internal resistance and cell combinations; interpret meters, bridges and potentiometers.
50 min
- 18
Colour, optical fibres and lasers
Explain additive and subtractive colour, filters, total internal reflection, fibre guidance and stimulated emission.
50 min
Extensive grouped preparation units with original explanations and quizzes, mapped to the major domains of the live JAMB IBASS PDF. Independent specialist sign-off, exact current-year WAEC/NECO reconciliation and practical assessment remain outstanding.