L23.3 Capacitor: Example 2.10 and Example 2.11
#Electrodynamics #Griffiths #ConductorsInElectrodynamics
Capacitor: Example 2.10 and Example 2.11
0:05 Example 2.10
01:00 Example 2.11
06:20 Energy stored in a capacitor
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This video lecture covers the topic of conductors in electrodynamics, based on the BS level book by David J. Griffiths. Conductors play a crucial role in electrodynamics, as they allow electric charges to move freely and create electric fields. In this lecture, we will discuss the properties of conductors, including their response to external electric fields, the concept of electrostatic shielding, and the behavior of charges on conductors. Additionally, we will explore some practical applications of conductors in electrodynamics, such as the design of capacitors and the use of Faraday cages.
"electrodynamics" "conductors" "Griffiths" "electric fields" "electrostatic shielding" "capacitors" "Faraday cages" "charge distribution" "boundary conditions" "Gauss's law" "electrostatics" "magnetic fields" "Maxwell's equations" "Coulomb's law" "electric potential" "dielectrics" "electric flux" "charge density" "Ohm's law" "Kirchhoff's law"
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