Physics 169 (Spring 2017)


Syllabus

Lectures

Coulomb's Law & Electric Field - Electric Flux & Gauss Law - Electric Potential - Capacitance - Direct Current (DC) Circuits - Magnetic Field - Ampere's Law & Magnetic Properties of Materials - Faraday's Law of Induction - Inductance - Alternating Current (AC) Circuits - Displacement Current, Maxwell's Equations, & Electromagnetic Waves - The Nature of Light & the Laws of Geometric Optics -

Homeworks

Homework I (February 3) (solutions) - Homework II (February 10) (solutions) - Homework III (February 24) (solutions) - Homework IV (March 3) (solutions) - Homework V (March 10) (solutions) - Homework VI (March 17) (solutions) - Homework VII (March 24) (solutions) - Homework VIII (March 31) (solutions) - Homework IX (April 7) (solutions) - Homework X (April 14) (solutions) - Homework XI (April 21) (solutions) - Homework XII (May 5) (solutions) - Homework XIII (May 12) (solutions) -

Complementary Material

Physics for Scientists and Engineers (R. A. Serway & J. W Jewett, 2014)

Mechanics - Mechanics (cont'd) - Mechanics (cont'd), Oscillations and Waves, Thermodynamics - Thermodynamics (cont'd), Electricity and Magnetism - Electricity and Magnetism (cont'd), Light and Optics - Light and Optics (cont'd), Modern Physics - Modern Physics (cont'd), Appendices -

MIT course notes

Fields - Coulomb's Law - Electric Potential - Gauss' Law - Capacitance and Dielectrics - Current and Resistance - Direct-Current Circuits - Introduction to Magnetic Fields - Sources of Magnetic Fields - Faraday's Law of Induction - Inductance and Magnetic Energy - Alternating-Current Circuits - Maxwell's Equations and Electromagnetic Waves - Interference and Difraction -