In this course you will learn
- About charges and how they interact with each other
- Coulomb's Law and the force of interaction between charges
- Concept of an electric field and its effect on a charged particle
- How to calculate the magnitude and direction of the electric field
- Force due to an electric field on a charged particle
- Conductors and insulators
Example Curriculum
Course contents
Available in
days
days
after you enroll
- Week 1 - Charges Coulomb's Law and Efield (79:38)
- Week 2 - Conductors, Insulators and Charging by Induction (68:50)
- Week 3 - Efield lines and Thermal Equilibrium in a conductor (77:54)
- Week 4 - Calculating Efield using Calculus (63:05)
- Problems in charges, coulomb's law and efield (53:10)
- Series and Parallel resistors
- Finding equivalent resistance for a complex circuit (39:32)
- Kirchoff's current and voltage laws (56:59)
- Non-ideal resistors, power and capacitance (56:35)
- Problems on capacitance (53:08)
- Capacitive circuits (60:01)
- RC Circuits (95:23)
- Magnetism (82:39)
- Induction (85:25)
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