Week 1:

None

Week 2:

Electric Field and Flux; Gauss's Law

Week 3:

Electric Potential Difference

Week 4:

Circuits I and II

Week 5:

Magnets, Magnetic Fields, and Magnetic Interactions

Week 6:

Lenz's and Faraday's Law

Week 7:

None

Week 8:

RC Circuits

Week 9:

AM Radio

Week 10:

None

Week 1:

Electric Field and Flux

Week 2:

Electric Potential Difference

Week 3:

Circuits I and II

Week 4:

Magnets, Magnetic Fields and Interactions

Week 5:

Lenz's and Faraday's Law

Week 6:

None

Week 7:

RC Circuits

Week 8:

AM Radio

Week 9:

None

Week 10:

None

Week 1:

Electric Field and Flux

Week 2:

Electric Potential Difference

Week 3:

Circuits I and II

Week 4:

Magnets, Magnetic Fields and Interactions

Week 5:

Lenz's and Faraday's Law

Week 6:

None

Week 7:

RC Circuits

Week 8:

AM Radio

Week 9:

None

Week 10:

None

Week 1:

None

Week 2:

Special Relativity

Week 3:

Electric Fields and Flux; Gauss's Law

Week 4:

Electric Potential Difference

Week 5:

Circuits I; Capacitance

Week 6:

Lenz's & Faraday's Law

Week 7:

None

Week 8:

Electromagnetic Waves; Polarization

Week 9:

None

Week 10:

None

Week 1:

None

Week 2:

Electric Charge

Week 3:

Electric Field & Flux, Gauss's Law

Week 4:

Electric Potential Difference

Week 5:

Capacitance

Week 6:

Circuits I & II

Week 7:

RC Circuits

Week 8:

Magnetic Fields & Interactions

Week 9:

Lenz's Law & Faraday's Law

Week 10:

None

Week 1:

None

Week 2:

Special Relativity

Week 3:

Electric Fields and Flux; Gauss's Law

Week 4:

Circuits I & II

Week 5:

Electric Potential

Week 6:

Capacitance

Week 7:

Magnets, Magnetic Fields, and Magnetic Interactions

Week 8:

Lenz's Law and Faraday's Law

Week 9:

Electromagnetic Waves; Polarization

Week 10:

None

Week 1:

None

Week 2:

Electric Fields and Gauss's Law

Week 3:

Electric Potential

Week 4:

Circuits I & II

Week 5:

Magnetic Fields & Interactions

Week 6:

Lenz's and Faraday's Law

Week 7:

No Lab

Week 8:

RC Circuits

Week 9:

Geometrical Optics

Week 10:

None