Lorentz, Einstein, Coulomb and Newton Down!
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Lorentz, Einstein, Coulomb and Newton Down!         


Author: dedanoe
Date: Sep 13, 2008 09:23

Bringing Einstein and Lorentz to justice

Under the leadership of Einstein's SRT:

t'=(t-V/c x/c)/Sqrt(1-Sqr(V/c))
t=(t'+V/c x'/c)/Sqrt(1-Sqr(V/c))

x'=(x-Vt)/Sqrt(1-Sqr(V/c))
x=(x'+Vt')/Sqrt(1-Sqr(V/c))
---------------------------------
As cited from "General Physics I" SBN: 9989-43006-3, where (x, t) and
(x', t') are initially declared as properties of the some moving body
in frame K and K'.
=================================
Spanking Einstein's cranky ass:
---------------------------------
x'/t = (x-Vt)/(t'+V/c x'/c) and
x/t' = (x'+Vt')/(t-V/c x/c) ==>

x't'+VSqr(x'/c) = xt-vt^2 and
xt-VSqr(x/c)=x't'+Vt'^2 ==>

x't'-xt=-V(Sqr(x'/c)+t^2) and
x't'-xt=-V(Sqr(x/c)+t'^2) ==>
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1 Comment
Re: Lorentz, Einstein, Coulomb and Newton Down!         


Author: Dirk Van de moortel
Date: Sep 13, 2008 09:29

dedanoe gmail.com> wrote in message
cd02659a-2b20-409e-95c7-9e40008c7325@m45g2000hsb.googlegroups.com
> Bringing Einstein and Lorentz to justice
>
> Under the leadership of Einstein's SRT:
>
> t'=(t-V/c x/c)/Sqrt(1-Sqr(V/c))
> t=(t'+V/c x'/c)/Sqrt(1-Sqr(V/c))
>
> x'=(x-Vt)/Sqrt(1-Sqr(V/c))
> x=(x'+Vt')/Sqrt(1-Sqr(V/c))
> ---------------------------------
> As cited from "General Physics I" SBN: 9989-43006-3, where (x, t) and
> (x', t') are initially declared as properties of the some moving body
> in frame K and K'.
> =================================
> Spanking Einstein's cranky ass:
> ---------------------------------
> x'/t = (x-Vt)/(t'+V/c x'/c) and
> x/t' = (x'+Vt')/(t-V/c x/c) ==> ...
Show full article (1.47Kb)
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