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Oscillations
Gravitational Fields
Nuclear physics
Radioactivity
Cosmology
Thermal physics
Particle physics
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Capacitance
Electric fields
Circular Motion
Quantum physics
Lenses
Waves
Materials
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Electrical circuits
Current and charge
Newton's laws of motion and momentum
Energy
Motion
Working as a physicist
104 Lessons
624 Exercises
Oscillations
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Simple harmonic motion
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Displacement, velocity and acceleration for simple harmonic motion
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Energy within simple harmonic motion
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Damping and resonance
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Simple harmonic oscillator and pendulum
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Gravitational Fields
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Gravitational fields
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The law of gravitation
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Kepler's laws
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Gravitational potential and gravitational potential energy
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Nuclear physics
Einstein's mass-energy equation
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Nuclear fission and nuclear reactors
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Nuclear fusion
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Radioactivity
Radioactivity: alpha, beta and gamma radiation
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Half-life and radioactive decay
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Cosmology
Units for astronomical distances
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Hubble's law
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The evolution of the Universe
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Thermal physics
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Measuring temperature and temperature scales
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Solids, liquids and gases
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Internal energy
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Specific latent heat and specific heat capacity
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Ideal gases
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The ideal gas law
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Kinetic theory of gases: Root mean square speed
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Black-body radiaton and stellar luminosity
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Particle physics
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The nuclear model of the atom
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Magnitudes of the atom
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Fundamental particles
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Quarks and anti-quarks
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Particle accelerators and detectors
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Electromagnetism
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Magnetic fields and electromagnetism
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Magnetic flux density
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Charged particles in a magnetic field
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Faraday's and Lenz's Laws
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Uses of electromagnetic induction
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Alternating current and voltage
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Capacitance
Capacitors and capacitance
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Energy stored in a capacitor
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Charging and discharging capacitors
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Electric fields
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Coulomb's law
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Electric field between two parallel plates
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Motion of charged particles in an electric field
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Electric potential and potential energy
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Circular Motion
Angular velocity and the radian
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Centripetal acceleration
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Centripetal force
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Quantum physics
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The photon model
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The photoelectric effect
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The photoelectric effect equation
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Wave-particle duality
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Energy levels and spectra
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Lenses
Power of a lens
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Ray diagrams, the thin lens equation and magnification
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Waves
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Progressive waves
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Waves: displacement-time and distance-time graphs
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Refraction and Snell's law
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Reflection and the critical angle
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Intensity of a wave
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Diffraction and polarisation
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The principle of superposition
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Young's double-slit experiment
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Stationary waves
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Harmonics
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Materials
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Hooke's law
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Elastic and plastic deformation
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Stress, strain and Young's modulus
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Stress-strain graphs
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Fluids
Density and pressure
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Fluid flow and viscosity
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Terminal velocity
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Electrical circuits
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Circuits: diagrams and components
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Potential difference and electromotive force
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Resistance and Ohm's Law
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Resistivity
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I-V characteristics
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Conductors and semiconductors
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Combining resistors and Kirchhoff's Laws
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Internal resistance
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Potential dividers
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Current and charge
Current and charges
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Conventional current and electron flow
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Mean drift velocity
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Newton's laws of motion and momentum
Momentum: definition, conservation and calculations
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Collisions in two dimensions
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Newton's laws of motion
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Energy
Forms of energy, conservation and work done
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Kinetic energy and gravitational potential energy
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Power and efficiency
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Motion
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Scalar and vector quantities
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Resolving vectors
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Displacement and velocity
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Acceleration and velocity-time graphs
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Equations of motion
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Acceleration and free fall
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Projectile motion
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Mass, weight and centre of mass
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Resolving forces
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Triangle of forces
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The principle of moments
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Working as a physicist
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Physical quantities and units
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How to plan an experiment
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Hazards, risks and results
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Analysing data
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Evaluating data
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Popular Chapters in All Year Groups
Global challenges
Waves
Electricity
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Energy
Physics practicals
Atomic structure
Electricity and magnetism
Electrical circuits
Matter
Radioactivity
Magnetism and electromagnetism
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