Midterm practice problem set

Final practice problem set

Example of Lab Report

- Measurements in electric circuits and Ohms Law (1st Common Lab)
- Kirchhoff's rules (2nd Common Lab)
- Kirchhoff's rules in AC circuits (Parallel Lab)
- Charging and discharging of a capacitor (Parallel Lab)
- Magnetic Fields and Magnetic Forces (Parallel Lab)
- Faraday's law and magnetic inductance (Parallel Lab)

HW1: 21.23;21.25;21.10;22.8;22.15;23.2

HW2: 22.30;22.25;23.3;23.4;23.9;23.49

HW3: 23.36;23.52;24.1;24.4;24.17;24.34

HW4: 23.34;23.39;24.43;24.49;25.49;25.54

HW5: 24.26;24.27;25.10;25.14;26.10;26.18

HW6-7: Midterm Practice Problem Set

- week 1: Introduction to electricity and magnetism; electrical charge and its properties.
- week 2: Electric fields, electric fields of simple charges; flux of an electric field.
- week 3: Gauss’ law for electric field, electric fields of simple charges using Gauss’ law; electric potential and work of electric field, electric potential and energy.
- week 4: Electric potential for simple charges; electrostatic properties of conductors and dielectrics, polarization and electric dipoles.
- week 5: Capacitance of conductors, capacitance of a capacitor. Introduction to electric current in conductors.
- week 6: Basics of electric circuits, electromotive force, Kirchhoff’s rules, multi-loop circuit.
- week 7: Magnetic field and magnetic force, Biot-Savart Law, Ampere’s law, simple magnetic fields.
- week 8: MIDTERM
- week 9: Magnetic properties of materials, magnetic dipoles, magnetization, dia-, para-, and ferromagnetics, hysteresis.
- week 10: Faraday’s law and magnetic inductance, self inductance and mutual inductance for a solenoid.
- week 11: Maxwell’s equations, electromagnetic waves, some main properties of electromagnetic waves, overview of E&M approach to solving electromagnetic problems, Fresnel formulas.
- week 12: Special relativity from Maxwell equations, Lorentz transformation, basic effects of special relativity. Basics of wave optics, superposition and interference of E&M waves, diffraction of E&M waves.
- week 13: Basics of AC circuits, phasor representation of AC currents and voltages, resistance and reactance in AC circuits.
- Kirchhoff’s rules for AC circuits, phasor diagram for RLC circuit, impedance, phase shift, and power factor.
- FINAL EXAM

- electric charge, electric fields, Gauss’ law, electric potential;
- electric properties of materials, conductors and dielectrics;
- electric current, resistance, Ohm’s law;
- simple DC electric circuits, Kirchhoff’s laws;
- AC circuits, phasors, phasor diagrams for AC circuits;
- magnetic fields and force, Biot-Savart law, Amper’s law;
- magnetic induction, Faraday’s law;
- Maxwell’s equations, electro-magnetic waves;
- basics of wave optics;
- introduction to special relativity.