Re: The velocity of light going pass a moving train.

On Jun 21, 12:10 am, "Jeckyl" <n...@xxxxxxxxxxx> wrote:


Really .. you're a joke .. that you're so hung up on what you think the
maths says that you REALLY cannot see that if the train is travelling left
to right, that the light in it will also be traveling left to right and be
include in a left-to-right direction.


This is precisely the origin of your error: light velocity does not
get composited with the velocity of the train.
So, when the train travels left to right, light DOES NOT travel left
to right.
As it was explained to you countless times, light travels vertically
in both the train and the track frame. Because the train is moving
left to right, from the track frame it would appear that the light
leaves a trace inclined from right to left against the side wall of
the train. This is what aberration is. Einstein's formula confirms
this:

cos(theta_track)=-v/c




http://www.fourmilab.ch/etexts/einstein/specrel/www/

No point showing me links that prove I'm correct .. perhaps you should try
reading them yourself .. especially how the angles are defined.



So, how are the "angles defined". Put down some math, let's see it.


You need ot understand what
the terms mean before you go plugging values in.
Yes, do you? Try getting some education:
http://www.fourmilab.ch/etexts/einstein/specrel/www/

Try that yourself .. you obviously have SOME education .. but not enough to
see how to apply what you've learnt.



So, "educate" me. Put down some math, let's see it.


So, can you calculate cos(theta_track)? I asked you 5 times, why are
you so shy about using a little math?
classic and relativistic aberration (with exaplanations of why it works
that
way).
Since you don't get the math
I do .. but you got it wrong
You mean that Einstein got it wrong, pathetic cretin?
http://www.fourmilab.ch/etexts/einstein/specrel/www/

No .. you did, fucking arsehole


Now, now, you start swearing because you know you can't write down a
coherent mathematical argument.

Explain cos(theta_track)=-v/c , I bet you can't


.

Quantcast