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Maxwell's electromagnetic equation donot remain invarient under Galilean transformation .
Lesson 7 of 11 • 2 upvotes • 8:30mins
Rajashri Sanjay Kabra
Maxwell's electromagnetic equations are not remain invarient under Galilean transformation. Which means that GT is not sufficient to show all equation and thats why there is need of Lorentz transformation.
(Hindi) IIT JAM: Special Theory of Relativity
11 lessons • 1h 56m
1
Course Overview and Introduction to Course (in Hindi)
12:29mins
2
Introduction to Special Theory of Relativity (in Hindi)
11:26mins
3
Newtons Three Law of Motion and Particle Moves in Straight Line With Constant Speed (in Hindi)
9:15mins
4
Galilean Transformation (in Hindi)
13:01mins
5
Newton's Kinematical Equations Are Invariant Under Galilean Transformation (in Hindi)
13:23mins
6
Michelson's Morley Experiment (in Hindi)
12:08mins
7
Maxwell's electromagnetic equation donot remain invarient under Galilean transformation .
8:30mins
8
Lorentz transformation
13:16mins
9
Maxwell's electromagnetic equations are invarient under Lorentz transformation.
12:17mins
10
3D volume element are not invarient under LT and 4 D volume elements are invarient under Lorentz tra
4:55mins
11
Simultaneously is relative but not absolute in special relativity
5:40mins
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