| Date | Topic |
| September 2 | CH. 22 : Electric force, electric charge |
| September 7 | No Class: Labor Day |
| September 9 | CH. 23 : Electric field, electric field lines, electric dipole |
| September 14 | CH. 24 : Gauss' law, conductors in electric fields |
| September 16 | CH. 25 : Electrostatic potential |
| September 21 | CH. 25 : Gradient of electric potential, potential and field of dipole |
| September 23 | CH. 26 : Energy of system of point charges |
| September 28 | CH. 26 : Energy of system of conductors |
| September 30 | CH. 27 : Capacitors, dielectrics |
| October 5 | No Class: Fall Break |
| October 6 | Physics 122 Midterm Exam # 1 |
| October 7 | CH. 27 : Energy in capacitors |
| October 12 | CH. 28 : Electric current, Ohm's law, resistance |
| October 14 | CH. 29 : Electromotive force, single-loop circuits |
| October 19 | CH. 29 : Multi-loop circuits, electrical measurements |
| October 21 | CH. 30 : Magnetic force, magnetic field |
| October 26 | CH. 30 : Magnetic dipole |
| October 28 | Review of Chapter 27 - 30 (covered on Midterm Exam # 2) |
| November 2 | CH. 31 : Ampere's law, solenoids. |
| November 3 | Physics 122 Midterm Exam # 2 |
| November 4 | CH. 31 : Motion of charges in electric and magnetic fields. |
| November 9 | CH. 32 : Motional electromotive force, induced electric field |
| November 11 | CH. 32 : Inductance, magnetic energy |
| November 16 | CH. 33 : Atomic and nuclear moments, para- , ferro-, and diamagnetism |
| November 18 | CH. 34 : Simple AC circuits |
| November 23 | Review of Chapter 31 - 33 (covered on Midterm Exam # 3) |
| November 25 | No class: Thanksgiving |
| November 30 | CH. 34 : LC and LCR circuits, the transformer |
| December 1 | Physics 122 Midterm Exam # 3 |
| December 2 | CH. 35 : The displacement current |
| December 7 | CH. 35 : Maxwell's equations |
| December 9 | CH. 36 : Plane waves |
| December 11 | CH. 36 : Generation of electromagnetic waves |
| December 17 | Final Exam |
Send comments, questions and/or suggestions via email to wolfs@nsrl.rochester.edu and/or visit the home page of Frank Wolfs.