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Basics
Mechanics
Thermal
Oscillations & waves
Electricity & magnetism
Circular motion & gravity
Atomic, nuclear & particles
Energy production
O: Astrophysics
O: Engineering
Exam tips
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      • Pythagoras and trigonometry
    • Greek alphabet
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    • Vectors
    • Density
  • Mechanics
    • Kinematics
      • Distance and displacement
      • Velocity and speed
      • Linear acceleration
      • Equations of uniformly accelerated motion
      • Acceleration due to gravity
      • Projectile motion
    • Forces
      • Examples of forces
      • Balancing forces
      • Inertia, momentum and impulse
      • Newton's second law
      • Newton's third law
      • Conservation of momentum
    • Work and energy
      • Work done
      • Kinetic energy
      • Potential energy
      • Conservation of energy
      • Force vs displacement graphs
      • Collisions
      • Power
  • Thermal
    • Thermal concepts
      • Particle model (kinetic theory)
      • Temperature and heat
      • Heat transfer
      • Latent heat
    • Modelling gases
      • Boyle's law
      • Pressure law
      • Charles' law
      • Ideal gas equation
  • Oscillations and waves
    • Oscillations
      • Simple pendulum
      • Mass on a spring
      • Equations for SHM
      • SHM and energy
      • Phase
    • Waves
      • Introduction to waves
      • Wave phenomena
      • Graphical representation of waves
      • Standing waves on a string
      • Sound
      • Light
    • AHL Waves
      • Doppler effect
      • Simple harmonic motion
      • Single slit diffraction
      • Resolution
      • Multiple slit interference
      • Thin film interference
  • Electricity and magnetism
    • Electric fields
      • Charge
      • Electric field lines
      • Coulombs law and field strength
    • AHL Electric fields
    • Electric circuits
      • Current
      • Potential difference
      • Electromotive force (EMF)
      • Resistance
      • Ohm's law
      • IV graphs
      • Resistivity
      • Internal resistance
      • Series resistors
      • Parallel resistors
      • Ammeters and voltmeters
      • Kirchhoff's laws
      • Electrical power
      • Potential divider
    • Magnetic fields
      • Magnets
      • Electromagnets
      • Force on a current-carrying conductor
      • Moving charges in a magnetic field
    • AHL EM induction
      • Faraday's law
      • Lenz's law
      • AC generators
      • Transformers
      • Diodes and rectification
      • Capacitors
  • Circular motion and gravity
    • Circular motion
      • Centripetal force
      • Examples of circular motion
    • Gravitation
      • Newton's law of gravitation
      • Uniform fields
      • Orbits
    • AHL Gravitational fields
  • Atomic, nuclear and particles
    • Atomic model
      • Rutherford model
      • Electron energy levels
    • Nuclear physics
      • Nuclear stability and binding energy
      • Fusion
      • Fission
      • Radioactivity
      • AHL Nuclear radius
      • AHL Nuclear decay
    • Structure of matter
      • Particle properties
      • Particle interactions
      • Quarks
      • The Standard Model
    • AHL Quantum
      • Photoelectric effect and photons
      • Wave particle duality
      • Atomic models
  • Energy production
    • Energy sources
      • Power stations
      • Nuclear power I
      • Nuclear power II
      • Renewable sources I
      • Renewable sources II
    • Global thermal energy transfer
      • Energy from the Sun
      • Energy to the Earth
  • O: Astrophysics
    • Objects in the universe
    • Stellar quantities
    • Spectra
    • Stellar characteristics
    • Cepheid variable stars
    • Stellar evolution
    • Cosmology
    • Age of the universe
    • AHL Stellar processes
    • AHL Further cosmology
  • O: Engineering
    • Torque and moment of inertia
    • Equilibrium and angular acceleration
    • Rotational dynamics
    • Angular momentum and rotational kinetic energy
    • First law
    • Processes
    • Second law
    • Cyclic processes
    • AHL Static fluids
    • AHL Fluid dynamics
    • AHL Damped and driven oscillations
  • Exam tips
    • What to expect
    • Exam questions
    • SL practice paper 1
    • HL practice paper 1
    • SL practice paper 2
    • HL practice paper 2
    • Mind maps and revision techniques
    • Pairing games
    • Remembering equations
    • Misconceptions
    • Past paper walk-throughs

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