Re: Lorentz Contraction for the even dumber



Dono <sa_ge@xxxxxxxxxxx> wrote in message
82127efe-4dda-40e3-8e53-72a55da87876@xxxxxxxxxxxxxxxxxxxxxxxxxxxx
On Jun 17, 9:49 am, rotchm <rot...@xxxxxxxxx> wrote:

The t=0 and x'=L

Imbecile, an event is defined as a set of coordinates in the SAME
frame. Look here:

http://en.wikipedia.org/wiki/Special_relativity#Reference_frames.2C_coordinates_and_the_Lorentz_transformation

The article says:
"An event is an occurrence that can be *ASSIGNED* a single unique
time and location..."
"We *CAN* completely *SPECIFY* an event by its four space-time coordinates..."
"Let's define the event *TO HAVE* space-time coordinates (t,x,y,z) in
system S and ..."

It does *not* say:
"An event *is* a single unique time and location..."
"We *CAN ONLY DEFINE* an event *AS* its four space-time coordinates..."
"Let's define the event *TO BE* space-time coordinates (t,x,y,z) in
system S and ..."

So, "..., an event is NOT defined as a set of coordinates in the
same frame"

Dirk Vdm


.



Relevant Pages

  • Re: BELLS PARADOX FOR DUMMIES
    ... I finally figured out why Dono insists that I have stated a problem ... Spaceship Paradox (which is untrue as you will see by reading the ... where there is mention of a variation in which the rockets ... they do not relate an inertial frame to a an ...
    (sci.physics.relativity)
  • Re: A robust demonstration for length contraction
    ... unprimed frame must be the barn frame and dx must be the length of the ... But maybe Dono made an editing error. ... Dono makes a mistake and gets called on it. ...
    (sci.physics.relativity)
  • Re: Is the LT for time correct?
    ... same for 2 IRFs, where the constant is not necessarily =0 ... *they say* in the other frame). ... Mean and Cheap, my middle names. ... Dirk Vdm ...
    (sci.physics.relativity)
  • Re: Lorentz Contraction for the even dumber
    ... If you want to do physics, Dono seems to ... have the bullet proof technique. ... the change in inertial frame. ... Ambiguity one of the quack's tools so ...
    (sci.physics.relativity)
  • Re: Calculating v[t], x[t], and t[t] for an constant accelerated object.
    ... >> Dirk Vdm ... you define aas the acceleration of the rocket in its own ... By assuming the rocket's acceleration was constant in its own frame, ... But it helps me see the validity of the Equivalence Principle, ...
    (sci.physics.relativity)

Quantcast