University of Colorado at Boulder Summer 2017, Session B Tuesday, July 11 - Friday, August 11 1 T 07/11 Introduction and Electric charge 2 W 07/12 Coulomb s Law and Unit1 Electric Field. Unit 2 3 TH 07/13 Electric Field and Unit 3 Electric Flux 4 F 07/14 Electric Flux, Gauss s Unit 4 Law, Conductors Prof. Mik Sawicki PHYS 1120 COURSE CALENDAR WEEK 1 TH 1: Electric charges HW pp. 83-86 TH 2: Electric Flux HW pp. 87-89 Welcome and Introduction pp. 93-95 Charge pp. 96-98 Electric Field and Flux pp. 99-102 Gauss s Law pp. 103-106 Set 1 (Intro to MP) Set 2 (Electric forces and fields) Sat 07/15 S 07/16 Set 3 (Electric flux and Gauss s Law)
5 M 07/17 Work done by Unit 5 Coulomb s force. Electric Potential 6 T 07/18 Calculating Electric Unit 6 Potential. Charged Conductors 7 W 07/19 Capacitors, Stored Unit 7 Energy, Equivalent Capacitance, Energy of the Electric Field 8 TH 07/20 Dielectrics. Unit 8 Current, Resistance 9 F 07/21 Combinations of Unit 9 Resistors WEEK 2 TH 3: Gauss s Law HW pp. 91-92 TH 4: Electric Potential Difference HW pp. 93-96 EXAM 1 (Electric charge, field, flux and Gauss s Law) Electric Potential Difference pp. 107-111 Capacitance pp. 113-118 Set 4 (Electric potential) TH 5: Capacitance HW pp. 97-98 Circuits, Part 1 - Current and Resistance, pp. 119-124 TH 6: Current and Circuits, Part 2 - Potential Resistance Difference Set 5 HW pp. 99-102 pp. 125-129 (Capacitance) Sat 07/22 S 07/23 Set 6 (Current, Ohm s Law, Equivalent resistance)
WEEK 3 10 M 07/24 Kirchhoff s Laws. Voltmeter and Ammeter. RC circuits. 11 T 07/25 RC circuits. Magnets and Magnetic Field 12 W 07/26 Magnetic Force, Torque, Dipole moment Unit 10 Unit 11 Unit 12 Unit 13 TH 7: Circuits - Potential Difference HW pp. 103-108 TH 8: RC Circuits HW pp. 109-110 13 TH 07/27 Biot-Savart Law Unit 14 TH 9: Magnetic Fields HW pp. 111-112 14 F 07/28 Ampere s Law, Unit 15 TH 10: Magnetic Permanent Magnets Interactions HW pp. 113-114 EXAM 2 (Electric Potential, Capacitors, Dielectrics, Resistance, Resistors and Combination of Resistors) Magnets and Magnetic Fields pp. 137-141 Magnetic Interactions pp. 143-147 Catch-up Session Set 7 (Kirchhoff s laws, RC circuits) Review Session Set 8 (Magnetic field, force and torque) Sat 07/29 S 07/30 Set 9 (Biot-Savart Law, Ampere s Law)
WEEK 4 15 M 07/31 Induction, Faraday s Unit 17 and Lenz s Law, Eddy Currents, Transformers 16 T 08/01 Motional emf, Generators, Self-inductance, Inductors, Calculation of L of a solenoid. 17 W 08/02 LR Circuits, Energy of B-field, LC Circuits, LRC damped circuit. 18 TH 08/03 AC Circuits Displacement Current, Maxwell's Equations 19 F 08/04 Electromagnetic Waves, Energy and Unit 16 Unit 18 Unit 19 Unit 20 Unit 21 Unit 22 Unit 23 Unit 24 TH 11: Lenz s Law HW pp. 115-116 TH 12: Faraday s Law HW pp. 117-118 EXAM 3 (Kirchhoff s laws, RC circuits, magnetic forces on charges and currents, magnetic torque, Biot-Savart Law, Amperes Law) Lenz s Law pp. 149-152 Faraday s Law pp. 153-158 Electromagnetic Waves pp. 172-176 Electromagnetic waves pp. 179-82 Set 10 (Faraday s and Lenz s Laws) Polarization Sat 08/05 Set 11 (LR, LC, LRC and AC circuits) S 08/06
WEEK 5 20 M 08/07 Reflection and Unit 25 Refraction, Dispersion, rainbows 21 T 08/08 Mirrors, Lenses, Images. Time permitting: Supplement refraction at a curved surface and lens maker s equation. 22 W 08/09 Optical Instruments: optical glasses, magnifying glass. Telescope, microscope Unit 26 Unit 27 Unit 28 TH 13: Emg waves HW pp. 133-134 TH 14: Convex Lenses HW pp. 147-148 EXAM 4 (Faraday s Law, Lenz s Law, LR, LC, LRC and AC circuits) Lenses pp. 203 210 (?) Interference pp. 217-221 Set 12 (Electromagnetic waves) Set 13 (Geometrical optics) Two slit experiment. Multiple slits, diffraction grating, interference in thin films. 23 TH 08/10 Diffraction, Huygen s Principle, Single slit pattern, two slit pattern modified by diffraction envelope, diffraction limit, Poisson spot. TH 15: Interference pp. 157-159 Diffraction pp. 233-237 Time permitting: Supplement math of diffraction intensity. 24 F 08/011 9:00 AM 11:45 AM FINAL EXAM (comprehensive) Quick Set 14 (Wave optics)