PART 1 - Overview + Introduction to Point Charge and Line Charge System
Coulomb's Law can be used to determine the intensity of Electric Field at certain point in a specific coordinate system. It is a universal Method that can be applied in various types of Charge Conditions.
In Part 1, you will be introduced with Points Charge and Line Charge Systems
https://youtu.be/jcgYwAnKKJE
PART 2 - Introduction to Surface Charge and Volume Charge Systems
In Part 2, you will be introduced with Surface Charge and Volume Charge Systems
https://youtu.be/oX0pG8RRbH0
PART 3 - Force, Electric Field Intensity, and Point Charge System
In Part 3, you will be introduced with Points Charge Systems with detail analysis using basic equation based on Coulomb's Law.
https://youtu.be/y0viHYRFCc0
PART 4 - Electric Field Intensity due to a straight line Charge System
In Part 4, you will be introduced with the analysis of Line Charge System to determine the Electric Field Intensity produced by it.
https://youtu.be/mvkqMiGI4m0
PART 5 - Electric Field Intensity due to a Circular loop line Charge
https://youtu.be/yzceCUi25rA
PART 6 - Electric Field Intensity due to a Surface Charge System
In Part 6, you will be introduced with the analysis of Surface Charge System to determine the Electric Field Intensity produced by it. Circular disk is selected due to its symmetrical behavior at all direction which make the analysis much easier compared with other shapes.
https://youtu.be/HQSRWd1RltI
PART 7 - Analysis of Electric Field Intensity due to a Straight Line Charge
In Part 7, you will learn the detail analysis of Straight Line Charge System to determine the Electric Field Intensity produced by it. There is 4 Question given at the end of the slides. Please do it as your exercise/homework.
https://youtu.be/G9yW4G9TAU4
TEACHING VIDEO: Coulomb's Law
Coulomb's Law is a method to determine the electric field intensity and other related parameters for electrostatic charge. It is a universal method, suitable for most condition of charge systems. However, this method is rather complicated for volume charge system. Therefore, we do not cover volume charge using Coulomb's Law.
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