Richard I need more explanation than that because power is somewhat
irrelevant.
Radiation in my mind (and I must be now worst off than I really thougt) is
accelleration and decelleration of current
which is certainly not power which in my mind is Isquared R. Thus if voltage
is increased current decreases
and therefore radiation decreases.( see effects of very close coupling of a
parallel circuit)
I really do not know where you are coming from, it seems so glib! This is
not meant in a demeaning way, I just
don't want to mix apples with oranges at this point in time. .
Current through a member travels at a constant speed but with cyclic
variations
in radiation. Travel in a circle is also at constant speed but with a
CONSTANT radiation per unit length.
Where exactly is the error in my logic? I suspect it has to do with relative
phase angles but I need it explained
in every day language
regards
Art

"Richard Clark" wrote in message
news
On Mon, 16 Aug 2004 20:31:03 GMT, "
wrote:

If I am incorrect I need to understand why

Hi Art,

Because "Extra" in the budget does not balance.

If you get more power OUT because it is going in a circle, then you
FIRST have to put more power IN to get into that same circle. There
is no extra left.

73's
Richard Clark, KB7QHC