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If I pass you at the speed of light, then:

-- I see my wristwatch moving normally; but you look at it as I pass you, and you say that

my watch is not moving at all.

-- You see your wristwatch moving normally; but I look at it as I pass you, and I say that

your watch is not moving at all.

You probably want to know what happens to "real time". I'm really delighted to be able to say that there's

no such thing. Just like everything else, it's all relative, and depends on the relative motion of the observers.

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Q: If you can travel at velocity of light then what happens to time?
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What represents the velocity of a light wave?

c = f x ^ (velocity)


How fast does light travel in five minutes?

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When is the only time that light waves travel at thespeedof light?

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When c is the velocity of light then what is the time taken to travel a distance x in a refractive index u?

T = x /(uc)c is the speed of light in a vacuum.u, the refractive index is a number from 0 to 1, defined as v/c where v is the speed of light in that medium.So the actual velocity of light in a medium is uc.Since speed = distance / time, so time is distance (x) / speed (uc).


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Average velocity is def.ined as the ratio of total displacement to total time taken.