L23.2 Capacitors

#Electrodynamics #DavidJGriffiths #Conductors 00:00 - Introduction to Capacitors and Basic Concepts 00:07 - Fundamentals of Capacitors 00:17 - Capacitor Plates and Electric Field 00:59 - Potential and Electric Field of Capacitors 02:05 - Proportionality Between Electric Field and Charge 03:13 - Electric Field and Charge Density 04:37 - Capacitance as a Geometrical Property 06:11 - Proportionality Between Charge and Voltage 07:47 - Capacitance and Its Geometrical Dependence 09:53 - Units of Capacitance and Real-World Examples 10:16 - Example 2.10: Calculating Capacitance of a Parallel Plate Capacitor 12:02 - Electric Field of Parallel Plate Capacitor 13:06 - Calculating Potential Difference Between Plates Resources: - 📝 [Lecture Notes and Board Images] https://drive.google.com/drive/folders/1GRc2hhYdLqlyv5C0fhDFPRsl_NfqUQKU?usp=sharing Complete Playlist at: https://www.youtube.com/watch?v=4z_AYVyrQlQ&list=PLeWSImvDbplfIHNaILVgRIBad_ACfN7To Capacitors parallel plate capacitor spherical plate capacitor This video lecture on "conductors in electrodynamics" covers the fundamental concepts of conductors, such as the properties of ideal conductors, conductor boundaries, and the method of images. The lecture is based on the BS level book by David J. Griffiths and aims to provide students with a clear understanding of the behavior of conductors in electromagnetic fields. Through detailed explanations and examples, the lecture explains the application of conductors in various electromagnetic problems. "electrodynamics" "conductors in electrodynamics" "David J. Griffiths" "properties of ideal conductors" "method of images" "conductor boundaries" "electromagnetic fields" "electromagnetic problems" "conductivity" "resistance" "electric field" "magnetic field" "Gauss's law" "boundary value problems" "vector calculus" "Maxwell's equations" "charge distribution" "electric potential" "boundary conditions" "boundary element method"