Review
  1. Electric Fields and Circuits
    1. MC: coulomb force I
    2. MC: coulomb force II
    3. MC: charging by friction
    4. MC: charging by induction
    5. MC: field of two charges
    6. MC: motion in constant field I
    7. MC: motion in constant field II
    8. MC: What is the net potential produced by two charges?
    9. MC: What is the net potential produced by four charges?
    10. MC: How will the negative charge move?
    11. MC: What is the relative direction of equipotential surfaces and the electric field?
    12. MC: reading equipotential diagrams I
    13. MC: reading equipotential diagrams II
    14. MC: reading equipotential diagrams III
    15. MC: What is the change in stored energy in this capacitor I?
    16. MC: What is the change in stored energy in this capacitor II?
    17. MC: Electric Field inside D-cell
    18. MC: potential difference inside a wire
    19. MC: Current and Voltage
    20. Ex: electric socks
    21. MC: Resistance and diameter
    22. MC: Resistance and Length
    23. MC: How does current change I?
    24. MC: How does current change II?
    25. MC: Which resistors are connected in series ?
    26. MC: Which resistors are connected in parallel ?
    27. MC: bulbs in series versus bulbs in parallel
    28. MC: electrical "short"
    29. MC: current divider
    30. MC: KVR
    31. MC: unscrewing bulbs I
    32. MC: unscrewing bulbs II
    33. MC: What happens to the RC time constant?
  2. Magnetism
    1. MC: magnetic force 1
    2. MC: magnetic force 2
    3. MC: magnetic force 3
    4. MC: magnetic force 4
    5. MC: trajectory in B field
    6. MC: uniform circular motion
    7. MC: motion in E and B
    8. MC: solenoid
    9. MC: a hairpin current
    10. MC: Force between two wires I
    11. MC: Force between two wires II
    12. MC: torque on a coil
    13. MC: when is flux decreasing?
    14. MC: Lenz's Law I
    15. MC: Lenz's law II
    16. MC: Lenz's law III
    17. MC: non-conductors/broken circuits
    18. MC: what can the transformer change?
  3. Electromagnetic waves and Quantum Physics
    1. MC: two slit interference I
    2. MC: two slit interference IV
    3. MC: single slit diffraction I
    4. MC: single slit diffraction II
    5. MC: single slit diffraction III
    6. MC: What is the best telescope for this job?
    7. MC: two parallel polarizers
    8. MC: polarizers
    9. MC: Energy of a photon
    10. MC: How does the maximum photoelectron kinetic energy change?
    11. MC: deBroglie wavelength I
    12. MC: deBroglie Wavelength II
    13. MC: deBroglie wavelength III
    14. MC: Rutherford Scattering
    15. MC: Nuclear Force
    16. MC: Atomic Spectra
  4. Sample Questions - EM Waves and Quantum
    1. multiple choice - EM/Quantum I
    2. multiple choice - EM/Quantum II
    3. EM Waves - short problems
    4. wave optics - short problems
    5. photoelectric effect - short