Physics, asked by mudit11, 1 year ago

Prove E = mc^2.

(Th of relativity)

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Answered by dfgh4
1
heya
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dfgh4: please Mark me as brainliest
Answered by fanbruhh
0
 \huge \bf{ \red{hey}}

 \huge{ \mathfrak{here \: is \: answer}}

pls see in pic

in this famous equation

e is energy

m is mass

and c ^2 is speed of light

using this equation

Einstein showed the relationship between the mass and energy.

and according to the theory of relativity

nothing can travel higher than the speed of light.

which values 299729458m/s

 \huge \boxed{ \boxed{ \green{hope \: it \: helps}}}

 \huge{ \pink{thanks}}
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