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AQA Physics A Level
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Physics A
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Unit 1 PHYA1 Particles, Quantum Phenomena and Electricity
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3.1.1 Particles and Radiation
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3.1.2 Electromagnetic Radiation and Quantum Phenomena
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3.1.3 Current Electricity
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Unit 2 PHYA2 Mechanics, Materials and Waves
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3.2.1 Mechanics
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3.2.2 Materials
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3.2.3 Waves
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Unit 4 PHYA4 Fields and Further Mechanics
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3.4.1 Further Mechanics
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3.4.2 Gravitation
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3.4.3 Electric Fields
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3.4.4 Capacitance
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3.4.5 Magnetic Fields
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Unit 5 Nuclear Physics, Thermal Physics and an Optional Topic
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3.5.1 Radioactivity
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3.5.2 Nuclear Energy
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3.5.3 Thermal Physics
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Unit 5A Astrophysics
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A.1.1 Lenses and Optical Telescopes
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A.1.2 Non-optical Telescopes
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A.1.3 Classification of Stars
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A.1.4 Cosmology
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Unit 5B Medical Physics
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B.2.1 Physics of the Eye
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B.2.2 Physics of the Ear
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B.2.3 Biological Measurement
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B.2.4 Non-Ionising Imaging
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B.2.5 X-ray Imaging
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Unit 5C Applied Physics
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C.3.1 Rotational dynamics
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C.3.2 Thermodynamics and Engines
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Unit 5D Turning Points in Physics
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D.4.1 The discovery of the Electron
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D.4.2 Wave Particle Duality
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D.4.3 Special Relativity
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Physics B
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Unit 1 Harmony and Structure in the Universe
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3.1.1 The World of Music
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A What is music?
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B Analogue or digital
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C Storage and playback
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D Transmitting data
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3.1.2 From Quarks to Quasars
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A Smaller and Smaller
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B Wave or particle?
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C The particle picture
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D Forces of nature
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E Larger and larger
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Unit 2 Physics Keeps Us Going
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3.2.1 Moving People, People Moving
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A How is motion described?
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B How do forces act?
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C How does motion change?
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D What makes motion change?
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E What energy changes occur?
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3.2.2 Energy and the Environment
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A Where does our energy come from and where does it go?
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B Impact of energy conversion
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C Using electrical energy
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D Sources of renewable energy
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E Efficient use of energy
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Unit 4 Physics Inside Out
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3.4.1 Experiences Out of this World
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A Attracted to the Earth.
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B Leaving the Earth
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C It is rocket science
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3.4.2 What Goes Around Comes Around
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A Back and Forth and Up and Down
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B Round and Round
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C Spinning faster and faster
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3.4.3 Imaging the Invisible
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A Gravity surveys
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B Magnetic surveys
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C Resistivity and seismic surveys
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D Medical diagnosis without surgery
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Unit 5 Energy Under the Microscope
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3.5.2 Breaking Matter Down
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A Power from engines
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B Heating, cooling and working
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C Arrow of time
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D Accelerators and VDU
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3.5.3 Energy from the Nucleus
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A Isotopes in medicine
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B Keeping the heart beating
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C Where nuclear energy comes from
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D Physics of fission
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E Fusion - energy for the future?
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F Perceptions of risk
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OCR Physics A Level (Physics A)
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AS
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AS Unit G481: Mechanics
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1 Motion
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1.1.1 Physical quantities and units
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1.1.2 Scalars and vectors
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1.1.3 Kinematics
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1.1.4 Linear motion
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2 Forces in action
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1.2.1 Force
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1.2.2 Nonlinear motion
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1.2.3 Equilibrium
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1.2.4 Car safety
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3 Work and energy
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1.3.1 Work and conservation of energy
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1.3.2 Kinetic and potential energies
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1.3.3 Power
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1.3.4 Behaviour of springs and materials
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AS Unit G482: Electrons, Waves and Photons
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1 Electric current
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2.1.1 Electric current
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2 Resistance
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2.2.1 Circuit symbols
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2.2.2 E.m.f. and p.d.
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2.2.3 Resistance
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2.2.4 Resistivity
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2.2.5 Power
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3 DC circuits
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2.3.1 Series and parallel circuits
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2.3.2 Practical circuits
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4 Waves
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2.4.1 Wave motion
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2.4.2 Electromagnetic waves
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2.4.3 Interference
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2.4.4 Stationary waves
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5 Quantum physics
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2.5.1 Energy of a photon
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2.5.2 The photoelectric effect
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2.5.3 Wave-particle duality
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2.5.4 Energy levels in atoms
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A2 Unit G484: The Newtonian World
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1 Newton's laws and momentum
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2 Circular motion and oscillations
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3 Thermal Physics
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A2 Unit G485: Fields, Particles and Frontiers of Physics
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1 Electric and magnetic fields
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2 Capacitors and exponential decay
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3 Nuclear physics
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4 Medical imaging
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5 Modelling the universe
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A2
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AS Unit G481: Mechanics
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1 Motion
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1.1.1 Physical quantities and units
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1.1.2 Scalars and vectors
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1.1.3 Kinematics
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1.1.4 Linear motion
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2 Forces in action
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1.2.1 Force
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1.2.2 Nonlinear motion
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1.2.3 Equilibrium
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1.2.4 Car safety
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3 Work and energy
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1.3.1 Work and conservation of energy
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1.3.2 Kinetic and potential energies
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1.3.3 Power
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1.3.4 Behaviour of springs and materials
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AS Unit G482: Electrons, Waves and Photons
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1 Electric current
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2.1.1 Electric current
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2 Resistance
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2.2.1 Circuit symbols
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2.2.2 E.m.f. and p.d.
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2.2.3 Resistance
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2.2.4 Resistivity
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2.2.5 Power
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3 DC circuits
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2.3.1 Series and parallel circuits
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2.3.2 Practical circuits
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4 Waves
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2.4.1 Wave motion
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2.4.2 Electromagnetic waves
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2.4.3 Interference
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2.4.4 Stationary waves
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5 Quantum physics
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2.5.1 Energy of a photon
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2.5.2 The photoelectric effect
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2.5.3 Wave-particle duality
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2.5.4 Energy levels in atoms
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A2 Unit G484: The Newtonian World
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1 Newton's laws and momentum
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4.1.1 Newton's laws of motion
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4.1.2 Collisions
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2 Circular motion and oscillations
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4.2.1 Circular motion
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4.2.2 Gravitational Fields
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4.2.3 Simple harmonic oscillations
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3 Thermal Physics
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4.3.1 Solid, liquid and gas
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4.3.2 Temperature
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4.3.3 Thermal properties of materials
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A2 Unit G485: Fields, Particles and Frontiers of Physics
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1 Electric and magnetic fields
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5.1.1 Electric fields
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5.1.2 Magnetic fields
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5.1.3 Electromagnetism
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2 Capacitors and exponential decay
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5.2.1 Capacitors
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3 Nuclear physics
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5.3.1 The nuclear atom
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5.3.2 Fundamental particles
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5.3.3 Radioactivity
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5.3.4 Nuclear fission and fusion
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4 Medical imaging
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5.4.1 X-rays
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5.4.2 Diagnostic methods in medicine
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5.4.3 Ultrasound
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5 Modelling the universe
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5.5.1 Structure of the universe
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5.5.2 The evolution of the universe
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OCR Physics A Level (Physics B)
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AS
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AS Unit G491: Physics in Action
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PA1 Communication
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PA1.1 Imaging and signalling
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PA1.2 Sensing
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PA2 Designer materials
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AS Unit G492: Understanding Processes and Experimentation and Data Handling
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UP1 Waves and quantum behaviour
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UP2 Space, time and motion
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A2 Unit G494: Rise and Fall of the Clockwork Universe
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RF1 Models and rules
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RF2 Matter in extremes
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A2 Unit G495: Field and Particle Pictures
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FP1 Fields
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FP2 Fundamental particles
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A2
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AS Unit G491: Physics in Action
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PA1 Communication
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PA1.1 Imaging and signalling
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PA1.2 Sensing
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PA2 Designer materials
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AS Unit G492: Understanding Processes and Experimentation and Data Handling
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UP1 Waves and quantum behaviour
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UP2 Space, time and motion
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A2 Unit G494: Rise and Fall of the Clockwork Universe
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RF1 Models and rules
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RF1.1 Creating models
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RF1.2 Out into space
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RF1.3 Our place in the universe
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RF2 Matter in extremes
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RF2.1 Matter: very simple
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RF2.2 Matter: hot or cold
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A2 Unit G495: Field and Particle Pictures
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FP1 Fields
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FP1.1 Electromagnetic machines
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FP1.2 Charge and field
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FP2 Fundamental particles
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FP2.1 Probing deep into matter
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FP2.2 Ionising radiation and risk
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OCR Physics A Level (Science)
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AS
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AS Unit G641: Remote Sensing and the Natural Environment
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Sensing the environment using electromagnetic radiation
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1.1.1 Emission and detection of visible and non-visible radiation; the electromagnetic spectrum
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1.1.2 Interpreting space and satellite images
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AS Unit G642: Science and Human Activity
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Options for energy generation
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