Unit A: Momentum and Impulse Unit B: Forces and Fields impulse electric charge momentum interaction of charges with electric and magnetic fields Newton’s laws of motion vector fields elastic collisions electric field inelastic collisions electric potential difference conservation of charge charge quantization—Millikan’s experiment magnetic Coulomb’s law electromagnetic induction Unit C: Electromagnetic Radiation Unit D: Atomic Physics speed of EMR charge-to-mass ratio (Thomson’s experiment) propagation of EMR classical of the atom (Rutherford, Bohr) total internal reflection energy levels (states) photoelectric effect de Broglie hypothesis reflection Standard of matter refraction spectra: continuous, line emission and line absorption Compton effect quantum mechanical model Diffraction half-life Interference nuclear Snell’s law nuclear reactions
Unit A: Momentum and Impulse Unit B: Forces and Fields impulse momentum Newton’s laws of motion elastic collisions inelastic collisions electric charge interaction of charges with electric and magnetic fields vector fields electric field electric potential difference conservation of charge charge quantization—Millikan’s experiment magnetic Coulomb’s law electromagnetic induction Unit C: Electromagnetic Radiation Unit D: Atomic Physics speed of EMR propagation of EMR total internal reflection photoelectric effect reflection refraction Compton effect Diffraction Interference Snell’s law charge-to-mass ratio (Thomson’s experiment) classical of the atom (Rutherford, Bohr) energy levels (states) de Broglie hypothesis Standard of matter spectra: continuous, line emission and line absorption quantum mechanical model half-life nuclear nuclear reactions
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