On Jun 1, 6:09*pm, "Dave" wrote:
"Dave" wrote in message

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"Dave" wrote in message
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"Dave" wrote in message
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"Dave" wrote in message
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"Art Unwin" wrote in message
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Gauss's law of Statics is the subject law.

Ok, you capitalize that as if it were a specific law... provide a
reference, other than your own posts, for "Gauss's law of Statics". *If
you can't do that, provide the specific equation you are refering to..

come on art, cite the specific reference for "Gauss's law of Statics"..

can't answer a specific simple question art?? *you much prefer to
handwave and berate others, i ask a simple direct question that is at the
core of all your ranting and you can't even answer it. *without that
answer the rest of your posts are just empty shells. *give us this
magical "Gauss's law of Statics" that you base everything on!

come on art, one specific simple question...cite the specific reference
for "Gauss's law of Statics". *or are you going to pull another vanishing
act and come back later just to start fresh with more bafflegab?

thats right art, keep ignoring me... you can't answer the central question
that all your theory is built on, so that makes the rest of it just so much
more nonsense.

David
I am not ignoring you. I have responded to lots and lots of your
questions but you do not respond in kind. It started years ago with a
time varying current being applied to Gass's law of Statics and you
have rebelled to everything said since then, and not once have you
explained the definitive reasons as to why you reject all. As I have
said many times, I do not work for you. I am not in your employ. As
for Maxwell's equations, he accounted for all the forces involved in
the generation of radiation within the boundary of equilibrium. A Yagi
is not in equilibrium so the difference is chalk and cheese. Both
radiate ofcourse tho the sizes do differ as does the bandwidth as well
as the TOA but the point I am making is that if your radiation
assembly is not in equilibrium you are not following the tenents of
Maxwell. A very simple distinction as is the accelleration of the
charge contained by a departing particle compared to a wave of some
sort or energy content that is capable of a straight line projection
without interference from gravitational forces or progressions to the
existance of light, X rays, e.t.c.
Have a very happy day and sleep tight and don't get your knickers in a
twist
Regards
Art