General Physic 102 -Electromagnetic:

Chapter 1: Electrostatic and Coulomb Law

(Charges, Electric Force)

Chapter 2: Electric Field (E)

Part one: Calculation of electric field for many combinations of charges.

Part two: Motion of charges on uniform electric field.

Chapter 3: Electric Flux and Gausses law

Part one: Electric Flux (three cases 1- for using vectors E.A,   2- for surfaces, and for many charges inside closed surfaces

Part two: Gausses law (point charge, very long wire, infinite plate).

Part three: Gausses law (Cylinders)

Part Four: Gausses law (Spheres)

Part Five: More examples on Gausses law.

Chapter 4: Electric Potential

Part one: Electric potential for point charges and many combinations of charges.

Part two: Electric potential energy and work.

Part three: Motion of charge particles between potential differences.

Part four: The relation between electric field and electric potential.

Chapter 5: Capacitors

Part one: Capacitors 1 ( capacitance and capacitors)

Part two: Capacitors 2 (  parallel and series of capacitors)

Chapter 6: Current and resistance

Chapter 7: Electric Circuits and Kirchhoff’s Laws

Part one: Kirchhoff's Laws.

Part two: RC-Circuits.

Chapter 8: Magnetic Force and Magnetic field

Part one: Magnetic Force

Part two: Motion in Magnetic Field.

Part three: Magnetic torque.

Chapter 9: Magnetic field Calculation and Magnetic field Source

Chapter 10: Faraday Laws