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One Shot video for Chapter 1 Electric Charges  Fields Class 12 Physics 2024
NCERT Class 12 Physics Chapter 1 Electric Charges  Fields One Shot
Full Chapter in 1 Video of Class 12 Physics Electric Charges  Fields

What is electric charge & Transfer of electron
Properties of Electric charge
Quantization of charge
Coulomb law
Numerical on Coulomb law
What is the dielectric constant
Vector form of Coulomb law
The force between multiple charges
Electric field lines & their properties
Electric field due to point charge
What is electric dipole
Electric field on the axial point
Electric field on Equitorial Point
Area vector and Electric flux  
Numerical on Electric flux
Gauss law
Numerical on Gauss law
Proof of Gauss law
Electric field due to line charge
Numerical on line charge
Electric field due to charge sheet
Electric field due to charged Sphere
Electric flux through the cube


Title: Electric Charges and Fields - Class 12 Physics One-Shot

Description:
Welcome to our One-Shot series for Class 12 Physics! In this video, we will cover Chapter 1: Electric Charges and Fields, providing you with a comprehensive overview of the topic.

Electric Charges and Fields is a fundamental chapter in the field of physics. It lays the foundation for understanding the behavior of electric charges and the concept of electric fields. Whether you're a Class 12 student preparing for exams or someone interested in gaining a deeper understanding of this intriguing subject, this video is for you!

Chap 1 One Shot Electric Charges and Fields

00:00:00 Introduction
00:02:39 Electric Charge
00:04:18 Two Kinds of Electric Charges
00:04:28 Fundamental Law of Electrostatics
00:05:07 Electronic Theory of Frictional Electricity
00:00:00 Conductors And Insulators
00:08:30 Basic Properties of Charge
00:16:08 Electric Charge Vs Mass
00:19:59 Coulomb's Law
00:23:17 Units of Charge
00:25:00 Vector form of Coulomb's Law
00:31:07 Importance of Vector form
00:32:00 Range of Coulombian Forces
00:35:41 Limitations Of Coulomb's Law
00:37:11 Permittivity
00:40:47 Dielectric Constant of Relative Permittivity
00:42:52 numerical
00:55:12 Comparing Electrostatic And Gravitational forces
00:59:38 Superposition Principle
01:01:40 Numerical
01:11:04 Electric Field
01:14:24 Units And Dimensions Of Electric Field
01:15:05 Physical Significance of Electric Field
01:17:36 Numerical
01:24:25 Electric Field Due to a Point Charges
01:27:20 Electric Field Due to A System of Point Charges
01:28:06 Numerical
01:34:32 Electric Lines Of Force
01:36:27 Properties of Electric lines of force
01:44:38 Electric Field lines for different Charged Conductors
01:47:09 Relation between Electric Field Strength and density of lines of force
01:47:41 Continuous charge distribution
01:49:58 Different types of continuous charge distribution
01:53:13 Electric dipole
01:54:04 dipole moment
01:55:29 Example of electric dipoles
01:56:21 Ideal of point dipole
01:57:56 Dipole Field
01:59:00 Variation Of Dipole Field with Distance
02:00:50 Electric Field At an Axial Point of a Dipole
02:02:57 Electric Field At an Axial Point of an Electric Dipole
02:11:27 Electric Field At an Equatorial Point Of a Dipole
02:22:57 Comparison of Electric fields of a short Dipole at axial and equatorial Points.
02:24:05 Torque on a dipole in a uniform electric field
02:30:59 Numericals
02:38:18 Area Vector
02:40:10 Electric Flux
02:42:06 unit of electric flux
02:42:39 numerical  
02:45:33 Gauss's Theorem
02:51:54 gaussian Surface
02:52:32 numerical
03:02:58 Application of Gauss's theorem
03:03:07 electric field due to an infinitely long charged wire
03:04:14 field due to an infinitely long charged wire
03:10:35 electric field due to an infinitely plane sheet
03:11:29 electric field due to a uniformly charged infinite plane sheet
03:16:41 electric field of two positively charged parallel plates
03:19:56 electric field of two  oppositely charged parallel plates
03:22:26 field due to a uniformly charged thin spherical shell