This course aims to teach students about capacitors, electric current, magnetic fields, and forces. By the end of the course, learners will be able to understand the principles of energy storage in capacitors, analyze circuits involving capacitors, calculate magnetic forces on charged particles and current-carrying wires, and comprehend the functioning of electric motors. The course utilizes a tutorial-based teaching method with a focus on problem-solving. It is intended for individuals interested in advancing their knowledge of physics, particularly in the areas of electricity and magnetism.
Overview
Syllabus
Lesson 1 - The Capacitor (Physics Tutor).
Lesson 2 - Capacitor Problems (Physics Tutor).
Lesson 3 - Capacitors In Circuits, Part 1 (Physics Tutor).
Lesson 4 - Capacitors In Circuits, Part 2 (Physics Tutor).
Lesson 5 - Energy Storage In A Capacitor (Physics Tutor).
Lesson 6 - Capacitors With A Dielectric, Part 1 (Physics Tutor).
Lesson 7 - Capacitors With A Dielectric, Part 2 (Physics Tutor).
Lesson 8 - Electric Current and Current Density, Part 1 (Physics Tutor).
Lesson 9 - Electric Current And Current Density, Part 2 (Physics Tutor).
Lesson 10 - The Magnetic Field (Physics Tutor).
Lesson 11 - Magnetic Force On A Charged Particle, Part 1 (Physics Tutor).
Lesson 12 - Magnetic Force On A Charged Particle, Part 2 (Physics Tutor).
Lesson 13 - Equations Of An Orbiting Charge In A Magnetic Field (Physics Tutor).
Lesson 14 - Magnetic Confinement And The Earth's Aurora (Physics Tutor).
Lesson 15 - Orbiting Charges In A Magnetic Field - Problems.
Lesson 16 - Magnetic Force On A Current Carrying Wire, Part 1 (Physics Tutor).
Lesson 17 - Magnetic Force On A Current Carrying Wire, Part 2 (Physics Tutor).
Lesson 18 - Magnetic Force On A Current Carrying Wire, Part 3 (Physics Tutor).
Lesson 19 - Magnetic Torque On A Current Loop - Electric Motors.
Taught by
mathandscience
