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Options (Paper 3)

Options (Paper 3). Options (Paper 3). Relativity and particle physics. S L. HL. Relativity and particle physics. HL. S L. Relativity and particle physics. Key concepts: relativity Vectors, relative velocity Light clocks Michaelson -Morley experiment

lisandra-chambers
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Options (Paper 3)

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  1. Options (Paper 3)

  2. Options (Paper 3)

  3. Relativity and particle physics SL HL

  4. Relativity and particle physics HL SL

  5. Relativity and particle physics Key concepts: relativity Vectors, relative velocity Light clocks Michaelson-Morley experiment Time dilation and length contraction Relaivistic mass Relativistic momentum Gravitational fields Space-time P456 to 480

  6. Relativity and particle physics Key concepts: particle physics memorise the fundamental particles Heisenberg’s uncertainty principle Pauli’s exclusion principle 4 fundamental interactions Exchange forces and exchange aprticles Quantum numbers – memorise and apply Particle accelerators – charged particle in magnetic field mass- energy equivalence Particle detectors Quarks Feynman diagrams Classic experiments Cosmology and strings p512

  7. Astrophysics

  8. Astrophysics HL SL

  9. Astrophysics Key concepts: Astrophysics Knowledge of solar system contents Fusion reactions blackbody radiation spectra of stars types of star calculating mass of a star using Kepler’s laws Measuring distance to stars (trigonometry & other methods) Brightness of stars & inverse-square law Life cycle of stars Big bang & expanding universe p332

  10. Communications

  11. Communications HL only SL and HL

  12. Communications Key Concepts Radio waves AM and FM, bandwidth AM radio receiver Digital signals Binary Analog- digital conversion sampling, optical fibres (refraction, total internal reflection) decibels, amplification, attenuation cables, satellite communicationinternet basics 5 electronic circuits- op-amp, 2x amplifiers, comparator, Schmitt trigger Mobile phone system p369

  13. Electromagnetic Waves

  14. Electromagnetic Waves SL and HL HL only

  15. Electromagnetic Waves Key concepts Nature of EM radiation EM Spectrum interaction of Em with matter- reflection, refraction, dispersion, scatterig, absorption, transmission Em radiation and health Light sources lasers X-rays production 2 source- interference thin film interferenceAir wedge interference diffraction gratings lenses and image formation optical instruments human eye aberations p 411

  16. Medical Physics

  17. Medical Physics

  18. Options (Paper 3)

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