why a body cant go more than speed of light
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because the mass will add to it by e=mc^2
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Heya user☺
It is true that any body cannot move faster than the speed of light and the answer to this question lies in the physics which is popularly known as special theory of relativity.
Since, we are talking about speed of light , so I am sure that you are aware of the famous relation between mass and energy known as energy-mass equivalence,
ie...
E=mc^2 , where c^2 is the square of the speed of light.
Now, if we rearrange this formula ,we get
E/m =c^2
this means that the ratio of the enery and mass has to be a constant all the time.
Suppose if we are providing an infinite amount of energy to a body to move with a very large speed the mass of that body will also increases infinitely to make the ratio constant and the body will never ever reach to the speed of light.
Hope this will help☺☺
It is true that any body cannot move faster than the speed of light and the answer to this question lies in the physics which is popularly known as special theory of relativity.
Since, we are talking about speed of light , so I am sure that you are aware of the famous relation between mass and energy known as energy-mass equivalence,
ie...
E=mc^2 , where c^2 is the square of the speed of light.
Now, if we rearrange this formula ,we get
E/m =c^2
this means that the ratio of the enery and mass has to be a constant all the time.
Suppose if we are providing an infinite amount of energy to a body to move with a very large speed the mass of that body will also increases infinitely to make the ratio constant and the body will never ever reach to the speed of light.
Hope this will help☺☺
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