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Moving Coil Ballistic Galvanometer part 3 parameters
Lesson 26 of 34 • 2 upvotes • 6:08mins
Vaibhav Goel
Parameters
(Hindi) Complete Course Electromagnetic Field Theory : CSIR-UGC NET
34 lessons • 3h 52m
1
Introducing Course (in Hindi)
9:25mins
2
Basics (in Hindi)
11:44mins
3
Electromagnetic Waves Medium (in Hindi)
11:54mins
4
Maxwell's Equations and its Various Forms (in Hindi)
11:52mins
5
Maxwell's Equations Modified Form (in Hindi)
12:28mins
6
Electromagnetic wave in free space
7:55mins
7
Magnetic materials basic definition
7:49mins
8
Relation between susceptibility and relative permeability
4:53mins
9
Classification of magnetic materials
7:15mins
10
Paramagnetic materials
5:12mins
11
Ferromagnetic materials
6:11mins
12
Ferrimagnetic materials
7:40mins
13
Types of polarisation
5:13mins
14
Electronic or induced polarisation
4:37mins
15
Electronic or induced polarisation proff
7:55mins
16
Atomic or ionic polarization
4:13mins
17
Atomic or ionic polarization proff
5:55mins
18
Orientation polarisation
4:18mins
19
Orientation polarization proff
5:19mins
20
Local or internal field
6:32mins
21
Clausius-Mossotti Equation
6:13mins
22
Betatron part 1 Theory
6:24mins
23
Betatron proof part 2
8:16mins
24
Moving Coil Ballistic Galvanometer part 1
8:29mins
25
Moving Coil Ballistic Galvanometer part 2
6:49mins
26
Moving Coil Ballistic Galvanometer part 3 parameters
6:08mins
27
Dielectric Loss part 1
6:18mins
28
Dielectric Loss part 2
5:33mins
29
Dielectric Breakdown part 1
5:16mins
30
Dielectric Breakdown part 2
5:13mins
31
Dielectric Breakdown part 3
5:05mins
32
Dielectric Breakdown part 4
5:25mins
33
Dielectric Breakdown part 5
5:03mins
34
Ferroelectric material
3:45mins
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