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Alevel Physics[edit]
OCR B (Advancing Physics)[edit]
 AS
 Optics
 Lenses
 Refraction
 Communications
 Digital Storage
 Digital Processing
 Digitisation
 Signal Frequencies
 Bandwidth
 Electricity
 Charge
 Current
 Voltage
 Power
 Resistance and Conductance
 Internal Resistance
 Potential Dividers
 Sensors
 Resistivity and Conductivity
 Semiconductors
 Material Structure
 Stress, Strain & the Young Modulus
 Metals
 Polymers
 Waves
 What is a wave?
 Phasors
 Standing Waves
 Young's Slits
 Diffraction
 Finding the Distance of a Remote Object
 Quantum Physics
 Light
 Quantum Behaviour
 Electron Behaviour
 Mechanics
 Vectors
 Graphs
 Kinematics
 Forces and Power
 A2
 Decay
 Exponential Relationships
 Capacitors
 Radioactive Decay
 Halflives
 Gravity
 Force
 Field
 Potential Energy
 Potential
 Mechanics
 Simple Harmonic Motion
 Energy in Simple Harmonic Motion
 Damping
 Resonance
 Conservation of Momentum
 Forces and Impulse in Collisions
 Rockets, Hoses and Machine Guns
 Circular Motion
 Astrophysics
 Radar and Triangulation
 Large Units
 Orbits
 Doppler Effect
 The Big Bang
 Thermodynamics
 Heat and Energy
 Specific Heat Capacity
 Ideal Gases
 Kinetic Theory
 Boltzmann Factor
 Magnetic Fields
 Flux
 Induction
 Force
 Transformers
 Motors
 Generators
 Electric Fields
 Force
 Field
 Potential
 Potential Energy
 Particle Physics
 The Standard Model
 Quarks
 Bosons
 Leptons
 Millikan's Experiment
 Pair Production and Annihilation
 Particle Accelerators
 Cloud Chambers and Mass Spectrometers
 Nuclear Physics
 Quantum Principles
 Radioactive Emissions
 Energy Levels
 Fission
 Fusion
 Binding Energy
 Risks, Doses and Dose Equivalents
 Appendices
 Trigonometry
 Logarithms
 Delta  'difference in'
 Sigma  'sum of'
 Derivation of Equations for Simple Harmonic Motion
 Worked Solutions
 Lenses
 Refraction
 Digital Storage
 Digital Processing
 Digitisation
 Signal Frequencies
 Bandwidth
 Charge
 Current
 Voltage
 Power
 Resistance and Conductance
 Internal Resistance
 Potential Dividers
 Sensors
 Resistivity and Conductivity
 Semiconductors
 Stress, Strain & the Young Modulus
 Metals
 Polymers
 What is a wave?
 Phasors
 Standing Waves
 Young's Slits
 Diffraction
 Light
 Electron Behaviour
 Vectors
 Graphs
 Kinematics
 Forces and Power
 Exponential Relationships
 Capacitors
 Radioactive Decay
 Halflives
 Gravitational Force
 Gravitational Field
 Gravitational Potential Energy
 Gravitational Potential
 Simple Harmonic Motion
 Energy in Simple Harmonic Motion
 Damping
 Conservation of Momentum
 Forces and Impulse in Collisions
 Rockets, Hoses and Machine Guns
 Circular Motion
 Radar and Triangulation
 Large Units
 Orbits
 Doppler Effect
 The Big Bang
 Heat and Energy
 Specific Heat Capacity
 Ideal Gases
 Kinetic Theory
 Boltzmann Factor
 Magnetic Flux
 Induction
 Magnetic Force
 Transformers
 Motors
 Generators
 Electric Force
 Electric Field
 Electric Potential
 Electric Potential Energy
 The Standard Model
 Quarks
 Bosons
 Leptons
 Millikan's Experiment
 Pair Production and Annihilation
 Particle Accelerators
 Cloud Chambers and Mass Spectrometers
 Radioactive Emissions
 Energy Levels
 Fission
 Fusion
 Binding Energy
 Risks, Doses and Dose Equivalents