Physical quantities and units
01
Physical quantities
02
SI units
03
Errors and uncertainties
04
Scalars and vectors
AS Level Physics
01
Physical quantities and units
02
Kinematics
03
Dynamics
04
Forces, density and pressure
05
Work, energy and power
06
Deformation of solids
07
Waves
08
Superposition
09
Electricity
10
D.C. circuits
11
Particle physics
Kinematics
A Level Physics
01
Motion in a circle
02
Gravitational fields
03
Temperature
04
Ideal gases
05
Thermodynamics
06
Oscillations
07
Electric fields
08
Capacitance
09
Magnetic fields
10
Alternating currents
11
Quantum physics
12
Nuclear physics
13
Medical physics
14
Astronomy and cosmology
Dynamics
01
Momentum and Newton’s laws of motion
02
Non-uniform motion
03
Linear momentum and its conservation
Forces, density and pressure
01
Turning effects of forces
02
Equilibrium of forces
03
Density and pressure
Work, energy and power
01
Energy conservation
02
Gravitational potential energy and kinetic energy
Deformation of solids
01
Stress and strain
02
Elastic and plastic behaviour
Waves
01
Progressive waves
02
Transverse and longitudinal waves
03
Doppler effect for sound waves
04
Electromagnetic spectrum
05
Polarisation
Superposition
01
Stationary waves
02
Diffraction
03
Interference
04
The diffraction grating
Electricity
01
Electric current
02
Potential difference and power
03
Resistance and resistivity
D.C. circuits
01
Practical circuits
02
Kirchhoff’s laws
03
Potential dividers
Particle physics
01
Atoms, nuclei and radiation
02
Fundamental particles
Motion in a circle
01
Kinematics of uniform circular motion
02
Centripetal acceleration
Gravitational fields
01
Gravitational field
02
Gravitational force between point masses
03
Gravitational field of a point mass
Temperature
01
Thermal equilibrium
02
Temperature scales
03
Specific heat capacity and specific latent heat
Ideal gases
01
The mole
02
Equation of state
03
Kinetic theory of gases
Thermodynamics
01
Internal energy
02
The first law of thermodynamics
Oscillations
01
Simple harmonic oscillations
02
Energy in simple harmonic motion
03
Damped and forced oscillations, resonance
Electric fields
01
Electric fields and field lines
02
Uniform electric fields
03
Electric force between point charges
04
Electric field of a point charge
05
Electric potential
Capacitance
01
Capacitors and capacitance
02
Energy stored in a capacitor
03
Discharging a capacitor
Magnetic fields
01
Concept of a magnetic field
02
Force on a current-carrying conductor
03
Force on a moving charge
04
Magnetic fields due to currents
05
Electromagnetic induction
Alternating currents
01
Characteristics of alternating currents
02
Rectification and smoothing
Quantum physics
01
Energy and momentum of a photon
02
Photoelectric effect
03
Wave-particle duality
04
Energy levels in atoms and line spectra
Nuclear physics
01
Mass defect and nuclear binding energy
02
Radioactive decay
Medical physics
01
Production and use of ultrasound
02
Production and use of X-rays
03
PET scanning
