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From: moroney@world.std.spaamtrap.com (Michael Moroney)
Newsgroups: sci.physics.relativity
Subject: Re: The speed of light is anisotropic
Date: Tue, 1 Nov 2016 14:45:13 +0000 (UTC)
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kenseto <setoken@att.net> writes:

>> does NOT simplify to c'=c(Lambda_o*f_o)(Lambda_i*f_i) or "c(c)(c)= c^3 = c'".
>> So many mistakes on one line, Stupid Ken. 

>Hey moron: Your first equation does simplify to c'=c(Lambda_o*f_o)(Lambda_i*f_i)

No, Stupid Ken, it does not.  The units come out correctly for me despite the
typo.  But you screwed up, Stupid Ken.

>>No wonder you are called Stupid Ken.

>No....
>c'=c(Lambda_o/Lambda_i)
>and thus the incoming speed of light is variable/ 

No, Stupid Ken. That equation assumes the frequency is the same, when it is
not, Stupid Ken.  The correct equation is c'=c(Lambda_o/Lambda_i)*(f_o/f_i)
but as you (should) know, that simplifies to c'=c(Lambda_o*f_o)/(Lambda_i*f_i)
(NOT c'=c(Lambda_o*f_o)(Lambda_i*f_i) as you, Stupid Ken, wrote).  Since
Lambda_o*f_o=c, and Lambda_i*f_i=c, Stupid Ken, the equation becomes
c'=c(c/c) or c'=c, Stupid Ken.  In other words, the speed of light is
always measured as being c, Stupid Ken.

Why do you deliberately remain ignorant of SR, Stupid Ken?