Develop essential physical sciences skills with expert instruction and practical examples.
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 lawPart 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 PotentialPart 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: CapacitorsPart one: Capacitors 1 ( capacitance and capacitors)Part two: Capacitors 2 ( parallel and series of capacitors) Chapter 6: Current and resistanceChapter 7: Electric Circuits and Kirchhoff's LawsPart one: Kirchhoff's Laws. Part two: RC-Circuits. Chapter 8: Magnetic Force and Magnetic fieldPart one: Magnetic ForcePart two: Motion in Magnetic Field.
View pricing and check out the reviews. See what other learners had to say about the course.
Not sure if this is right for you?
Browse More Physical Sciences CoursesExplore more Physical Sciences courses to deepen your skills and advance your expertise.
