L22.1 Work and energy in electrostatics

#Electrodynamics #Griffiths #WorkAndEnergy
00:00 - Introduction to Work and Energy in Electrostatics
00:08 - Work Done to Move a Charge in a Field
00:17 - Electrostatic Field Setup and Moving Charges
00:33 - Electrostatic Potential Energy and Work
00:54 - Charge Distribution and Moving a Test Charge
01:28 - Path of Moving Charge and Work Calculation
02:09 - Force and Work Against the Electric Field
03:00 - Calculating Work Done on a Test Charge
03:17 - Work Integral and Potential Difference
04:04 - Electric Potential and Work Relation
05:09 - Potential Difference and Unit Charge
06:27 - Work Done on a Unit Charge from Infinity
07:03 - Units of Energy and Electron Volts
07:30 - Summary of Work in Electrostatic Field
08:03 - Work and Energy in Electrostatics
08:24 - Storing Work as Electrostatic Potential Energy
08:40 - Kinetic vs. Potential Energy
08:49 - Introduction to Energy of a Point Charge Distribution
09:02 - Energy Calculation for Point Charge Assembly
09:39 - Work Done in Assembling Charges
10:11 - Work Done in Bringing in Q2 Charge
11:05 - Distance and Work Calculation in Charge Assembly
12:00 - Energy Calculation for Assembled Point Charges
13:09 - Work Done by Bringing in Charge Q2
14:02 - Conclusion of Work Done in Point Charge Distribution

Lecture Notes:
https://drive.google.com/file/d/1_kEB...
Board image:
https://drive.google.com/file/d/1NBtg...

Work and energy in electrostatics
This video lecture on "Work and energy in electrostatics" is part of a course on electrodynamics based on the book by David J. Griffiths. In this lecture, we will discuss the concepts of work and energy in the context of electrostatics. We will cover topics such as electrostatic potential energy, work done by electric fields, and the principle of conservation of energy. Through examples and derivations, we will gain a deeper understanding of these fundamental concepts in electrodynamics.

"work and energy in electrostatics" "Griffiths electrodynamics" "electrostatic potential energy" "electric field work" "conservation of energy" "electrostatics lecture" "electrodynamics course" "electromagnetism" "electric potential" "electric potential energy" "electrostatic force" "electric potential difference" "electric field intensity" "electric field lines" "electric field strength" "electric field formula" "energy conservation law" "electrostatics problems" "electrostatics examples" "Griffiths book"