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Application of Gauss's theorem part-2
Lesson 12 of 20 • 24 upvotes • 12:05mins
Herish Jangra
Electric field intensity due to uniformly charged spherical shell( hollow sphere) (a). Electric field outside the shell (b). Electric field on the shell (c). Electric field inside the shell
(Hindi) Electrostatic - IIT JEE
20 lessons • 3h 54m
1
Course Overview (in Hindi)
11:22mins
2
Coulomb's Law and its Vector Form (in Hindi)
10:57mins
3
Uniform Distribution of Charge (in Hindi)
11:08mins
4
Unit of Charge and Superposition Principle (in Hindi)
11:41mins
5
Electric Field (in Hindi)
11:08mins
6
Electric Field Intensity due to Dipole Part 1 (in Hindi)
11:20mins
7
Electric Field Intensity due to Dipole Part 2 (in Hindi)
11:36mins
8
Torque applied on Dipole when placed in Uniform Electric Field (in Hindi)
11:21mins
9
Potential Energy Stored in a dipole placed in uniform Electric Field
11:58mins
10
Gauss's Theorem and Electric Flux
11:23mins
11
Application of Gauss's theorem part-1
8:32mins
12
Application of Gauss's theorem part-2
12:05mins
13
Application of Gauss's theorem Part-3
12:14mins
14
Electric Field due to system of charges
11:03mins
15
Electrostatic Potential
12:24mins
16
Electric potential due to a point charge
12:18mins
17
Electrostatic potential difference and Electric potential due to multiple charges
11:12mins
18
Electric Potential at any point due Dipole
12:11mins
19
Last 10 Year Q/A | Part -1
13:49mins
20
Last 10 Year Q/A Part-2
14:57mins
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