Electricity and Magnetism 1. Charged Particles and E-Fields Coulomb’s Law E-Fields and field lines 2. Static E-fields and Gauss’s Law Electric Flux Integration and Various Shapes Charge Distribution 3. Electric Potential Potential in Charge Distribution E-field as derivative of potential Equipotential Lines 4. Ohm’s Law and Direct Current Resistivity and Internal Resistance Resistor-Capacitor Circuits Kirchoff’s Laws 5. Magnetism Magnetic Forces Calculating Magnetic Fields Current Wires in Magnetic Fields Bio-Savart Law Ampere’s Law 6. Electromagnetism Faraday’s Law and Flux Lenz’s Law and EM Waves Inductance and RL Circuits Alternating Current Circuits Maxwell’s Equations

Mechanics 1. Kinematics Units, Graphing, Uncertainity Vectors, Scalars, 1D, 2D Integrals and Derivatives 2. Newton’s Laws Two Body Problems Static Equilibrium Hooke’s Law, Restoring Force 3. Rotational Kinematics Angular Velocity, Acceleration 4. Rotational Dynamics Moment of Inertia Newton’s Laws with Rotation 5. Work/Energy/Power Position Varying Force Energy vs. Position or Time Rotational Kinetic Energy 6. Momentum 1D and 2D Momentum Conservation Impulse = Change in Momentum Angular Momentum 7. Circular Motion Centripetal Force, Gravity Torque, Equilibrium Kepler’s Laws, Orbits 8. Oscillations SHM Equations and Graphs Mass-Spring System Simple and Physical Pendulum