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Topic 1 - Working as a Physicist
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Topic 4 - Materials
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Topic 5 - Waves and Particle Nature of Light
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Topic 9 - Thermodynamics
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Topic 10 - Space
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Topic 11 - Nuclear Radiation
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Topic 12 - Gravitational Fields
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Topic 13 - Oscillations
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Unit 1 - Materials
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Unit 2 - Waves and the Particle Nature of Light
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Unit 5 - Thermodynamics, Space, Nuclear Radiation, Gravitational Fields, Oscillations
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Materials - Fluid flow diagrams
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Materials - Definitions of mechanical properties such as ductile, brittle, hard, malleable, tough.
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Waves and Particle Nature of Light - Identifying, and describing applications of, regions of the electromagnetic spectrum.
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Waves and Particle Nature of Light - How different media affects the transmission/reflection of waves.
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Waves and Particle Nature of Light - Use of the equation
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Waves and Particle Nature of Light - Optics: focal length, ray diagrams, power of lens, real and virtual lenses, lens formulae, magnification.
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Waves and Particle Nature of Light - Use of Huygens construction. Use of the equation
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Thermodynamics - Specific latent heat.
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Thermodynamics - Derivation and use of . Use of kinetic theory model.
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Thermodynamics - Derivation of
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Nuclear Radiation - Use of binding energy per nucleon curve to explain why fission/fusion release energy.
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Gravitational Fields - Use of gravitational potential equation