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Physics
KS5 Year 13
Physics
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Oscillations
Gravitational Fields
Nuclear physics
Radioactivity
Cosmology
Thermal physics
Particle physics
Electromagnetism
Capacitance
Electric fields
Circular Motion
Quantum physics
Lenses
Waves
Materials
Fluids
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
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Waves
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Atomic structure
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Matter
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