University Physics II: Syllabus

1. Electric Charge & Static Electric Forces
   1. Conservation of electric charge
   2. Quantization of electric charge
   3. Electric charge in the atom
   4. Insulators and Conductors
   5. Static Electricity & Induced Charge
   6. Coulomb's Law
2. Electric Fields
   1. Electric Forces
   2. Electric Fields
   3. Electric Field Lines:
      1. Point Charges (Monopoles)
      2. Electric Dipole
      3. Capacitors
   4. Electric Field in Conductors
3. Electric Potential & Energy
   1. Electric Field and Electric Potential
   2. Electric Potential & Potential Difference
   3. Equipotential Lines
   4. Electric Potential due to Point Charges
   5. The electron-volt, aka., eV
4. Capacitance
   1. Capacitors & Capacitance
   2. Dielectrics
   3. Storage of Electrical Energy
   4. Capacitors in Series & in Parallel
5. Circuits
   1. Electric Current
   2. Microscopic View of Current
   3. Resistivity & Resistance
   4. Ohm's Law
   5. Non Ohmic Devices
   6. Electric Battery
   7. Work, Energy & EMF
   8. Ammeters & Voltmeters
   9. Direct Current (DC)
   10. Alternating Current (AC)
   11. Resistors in Series & in Parallel
   12. Kirchhoff's Laws
   13. RC Circuits
6. Magnetic Fields
   1. Magnetism
   2. Magnetic Fields & Magnetic Dipoles
   3. Magnets & the Magnetic Field
   4. Magnetic Fields from Electric Currents: Ampère's Law
   5. Magnetic Forces on Moving Charges:
   6. Magnetic Forces on Currents:
7. Electromagnetic Induction
   1. Faraday's Law of Induction
   2. Lenz's Law
   3. Magnets & the Magnetic Field
   4. Electric Generators
   5. Transformers
8. Geometric Optics
   1. Fermat's Principle
   2. Reflection & Refraction
   3. Mirrors
   4. Lenses
   5. Optical Instruments
9. Special Relativity
   1. Postulates of special relativity
   2. Length contraction
   3. Time Dilation
   4. Simultaneity
   5. Rest Energy: E₀=mc²
   6. Relativistic Energy and Momentum
   7. Relativistic Addition of Velocities
10. Wave Nature of Light
    1. Huygens' Principle
    2. Interference
    3. Polarization