L23.1 Conductors

Описание: #electrodynamics, #Griffiths, #conductors
0:00 - Introduction to Conductors
00:07 - Basic Properties of Conductors
00:19 - Categories of Materials: Conductors, Semiconductors, Insulators
00:40 - Conduction Mechanism: Perfect Conductors vs. Ideal Conductors
00:57 - Electric Field Inside a Conductor
01:14 - Charge Flow and Electric Field in Conductors
02:00 - Zero Electric Field Inside a Conductor
02:28 - Net Charge Inside a Conductor
03:01 - How Charges Move Inside a Conductor
03:23 - Equipotential Surface in Conductors
03:38 - Constant Potential Across Conductors
04:06 - Charge Density in Conductors (Rho = 0)
04:56 - Charge Flow to the Surface of Conductors
05:22 - Net Charge Resides on the Surface
05:41 - Why Charges Move to the Surface
06:04 - Surface Charges in Conductors
06:20 - Electric Field in Conductors vs. Dielectrics
06:49 - Equipotential Surface Concept
07:23 - Equipotential Surfaces in Conductors
07:49 - Electric Field and Potential Gradient
08:17 - Electric Field Behavior Outside Conductors
08:41 - Electric Field Perpendicular to Conductor Surface
09:14 - Behavior of Electric Field Outside Conductors
09:59 - Induced Charges on Conductors
10:19 - Electric Field Perpendicular to Conductor Surface
10:50 - Grounding Conductors and Charge Flow
11:38 - Effect of External Charges on Conductors
12:16 - Induced Charges Due to External Fields
13:03 - Bringing Positive Charges Near Conductors
13:32 - Free Charges in Conductors and Charge Redistribution
14:09 - Summary of Induced Charge Effects on Conductors

Lecture Notes:
https://drive.google.com/file/d/1AUgt...
Board image:
https://drive.google.com/file/d/1ucLu...

In this video lecture, we will be discussing conductors in electrodynamics. Conductors are materials that allow electric charges to move freely within them, and they play a crucial role in many practical applications of electrodynamics, such as in electronics and power transmission. We will cover the basic concepts of conductors, including their electrical properties, the electrostatic and electromagnetic fields inside and outside them, and how they interact with electric fields. We will also explore some important applications of conductors in electrodynamics, such as capacitors, antennas, and electromagnetic shielding.
"conductors in electrodynamics" "Griffiths electrodynamics" "electric charge" "electric field" "electromagnetic field" "electrical properties" "capacitors" "antennas" "electromagnetic shielding" "electronics" "power transmission" "electricity" "current" "voltage" "electrical conductivity" "dielectric materials" "boundary conditions" "boundary value problems" "maxwell's equations" "gauss's law"