A level physics
Table of contents
Lower sixth units in red.
Upper sixth units in blue.
Upper sixth units in blue.
1 Measurements and their errors
2 Particles and radiation
2.1 Constituents of the atom
2.2 Stable and unstable nuclei
2.3 Particles, antiparticles and photons
2.4 Particle interactions
2.5 Classification of particles
2.6 Quarks and antiquarks
2.7 Applications of conservation laws
2.8 The photoelectric effect
2.9 Collisions of electrons with atoms
2.10 Energy levels and photon emission
2.11 Wave-particle duality
2.2 Stable and unstable nuclei
2.3 Particles, antiparticles and photons
2.4 Particle interactions
2.5 Classification of particles
2.6 Quarks and antiquarks
2.7 Applications of conservation laws
2.8 The photoelectric effect
2.9 Collisions of electrons with atoms
2.10 Energy levels and photon emission
2.11 Wave-particle duality
3 Waves
5 Electricity
7 Fields and their consequences
7.1 Newton's law
7.2 Gravitational field strength
7.3 Gravitational potential
7.4 Orbits
7.5 Coulomb's law
7.6 Electric field strength
7.7 Electric potential
7.8 Parallel plate capacitor
7.9 Energy stored by a capacitor
7.10 Capacitor charge and discharge
7.11 Magnetic flux density
7.12 Moving charges in a magnetic field
7.13 Magnetic flux and flux linkage
7.14 Electromagnetic induction
7.15 Alternating currents
7.16 The operation of a transformer
7.2 Gravitational field strength
7.3 Gravitational potential
7.4 Orbits
7.5 Coulomb's law
7.6 Electric field strength
7.7 Electric potential
7.8 Parallel plate capacitor
7.9 Energy stored by a capacitor
7.10 Capacitor charge and discharge
7.11 Magnetic flux density
7.12 Moving charges in a magnetic field
7.13 Magnetic flux and flux linkage
7.14 Electromagnetic induction
7.15 Alternating currents
7.16 The operation of a transformer
9 Astrophysics (option)
Practicals and practical skills
Definitions
Useful links