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Physics (6091)
29 sections available · 61 chapters available
Free Physics (6091) study notes for GCE O-Level students. Each chapter breaks down a key concept with examples and practice prompts you can turn into AI drills in the thinka app.
Physical Quantities, Units and Measurement
Measurement and Kinematics
Physical quantities and SI units
Measurement
Scalars and vectors
Speed, velocity and acceleration
Graphical analysis of motion
Free-fall
Kinematics
Dynamics and Turning Effects of Forces
Types of forces
Mass, weight and gravitational field
Newton’s laws of motion
Effects of resistive forces on motion
Moments
Equilibrium
Centre of gravity and stability
Dynamics
Turning Effects of Forces
Pressure and Energy
Pressure
Density and fluid pressure
Energy stores and transfers
Work, power and efficiency
Energy resources
Kinetic Particle Model and Thermal Processes
States of matter
Kinetic Particle Model
Thermal equilibrium
Conduction
Convection
Radiation
Pressure
Thermal Properties of Matter and General Properties of Waves
Internal energy
Specific heat capacity
Melting, boiling and evaporation
Specific latent heat
Describing wave motion
Wave properties
Sound
Energy
Kinetic Particle Model of Matter
Electromagnetic Spectrum and Light
Properties of electromagnetic waves
Applications of electromagnetic waves
Effects of electromagnetic waves on cells and tissues
Reflection of light
Refraction of light
Thin converging lenses
Thermal Processes
Static Electricity, Current of Electricity and D.C. Circuits
Electric charge
Electric field
Dangers and applications of electrostatic charging
Conventional current and electron flow
Electromotive force and potential difference
Resistance
Circuit diagrams
Series and parallel circuits
Action and use of circuit components
Thermal Properties of Matter
Practical Electricity, Magnetism and Electromagnetism
Electrical working, power and energy
Dangers of electricity
Safe use of electricity in the home
Laws of magnetism
Magnetic properties of matter
Magnetic field
Magnetic effect of a current
Force on a current-carrying conductor
The d.c. motor
General Properties of Waves
Electromagnetic Induction and Radioactivity
Principles of electromagnetic induction
The a.c. generator
The transformer
The composition of the atom
Radioactive decay
Dangers and uses of radioactivity
Electromagnetic Spectrum
Light
Static Electricity
Current of Electricity
D.C. Circuits
Practical Electricity
Magnetism
Electromagnetism
Electromagnetic Induction
Radioactivity
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