- #1
Hallale
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As we know very famous equation E= mc2
While deriving this equation there are two postulates
Postulate I:
The laws of physics are the same in same in all inertial frames.
Postulate II:
The speed of light (in a vacuum) has the same constant value c in all inertial frames.
If we prove by experiment that postulate II that is "The speed of light (in vacuum) has the same constant value c in all inertial frame" is not correct, then what will be change in E = mc2
While deriving this equation there are two postulates
Postulate I:
The laws of physics are the same in same in all inertial frames.
Postulate II:
The speed of light (in a vacuum) has the same constant value c in all inertial frames.
If we prove by experiment that postulate II that is "The speed of light (in vacuum) has the same constant value c in all inertial frame" is not correct, then what will be change in E = mc2