hey once more...let me put it this way...just now we concluded that for non Em waves there won't be any dliation in time for the event concerned above...now if we remove all the components of the experiment...that is to say...only spaceship is there...inside there is nothing( i mean no mirrors...
hey...fredrik...u got it in the perfect way...i think what i was missing was the change of velocity of sound with respect to moving air( vehicle)though it being a very obvious thing...i couldn't catch it...thanx a lot...
will trouble u again...after some time with some more doubts...bye...yaar...
hey..i am sorry..but ...here i have understood some points and i would like to mention it..then u please tell me...whether i am right or wrong......if the wave into consideration is a non EM wave, then the hyp will be the resultant velocity of the velocity of the ship and the velocity of the...
hey...u said that..."The reason this doesn't work with sound is that "c" wouldn't be the same in both places."
i didn't get u here...if the air inside the ship and the air outside is the same(refractive index is same)...then, let's say, as the sound emanates from the source, the stationary...
hey..while looking into the consequences of the invariance of light...we see that time needs to be slowed down in order to incorporate it in all the appropriate condtns..normally every body( in most of the books) gives an example...if we are in a space ship(moving horizontally with a speed of v)...