Re: Corriolis force
- From: Szczepan Białek <sz.bialek@xxxxx>
- Date: Thu, 10 Sep 2009 12:11:02 +0200
"Dave" <noone@xxxxxxxxxxx> wrote news:C7Wpm.1675$Jd7.873@xxxxxxxxxxxxxxxxxxxxxxx
"Szczepan Bialek" <sz.bialek@xxxxx> wrote in message news:h87cb1$1m0$1@xxxxxxxxxxxxxxxxxxxxxx
you have obviously never been an engineer... except maybe the type that drives a train.
The figures are also in empiric equations. Engineers use only such.
S*
In this book: http://books.google.pl/books?id=f3asJreno0YC&pg=PA220&lpg=PA220&dq=long-wire+traveling-wave+antennas.&source=bl&ots=06br76iFKO&sig=ckX_KlwUcZtJrINE73VACALqw-E&hl=pl&ei=wKKmSqHvM8eK-Qa7_8TGCA&sa=X&oi=book_result&ct=result&resnum=1#v=onepage&q=&f=false
no equations, no terms like transversal and so on. Sometimes the Authors include a math theory. Each math theory has some simplifications. In nature not separate transverse and longitudinal waves. The math is separate. Maxwell was the genius. He made the ether model as a solid body. For Him it was very easy. He also wrote 60 pages of equations for the Saturn rings. He was also able to write a math for liquid or gas ether. But he lived too short.
obviously that isn't an engineering text, that is a handbook similar to the arrl antenna book, it looks like it presents very basic theory and practical design equations. go read kraus or jackson for real engineering education texts on electromagnetic stuff.
Maxwell PROPOSED the EM model of aether. All teachers use it to teach the math.
The "very basic theory and practical design equations" are based on the electron behaviour.
In EM no electrons which are compressible and have the inertia.
Do you belive that the "displacement current" exist?.
It is the result of ASSUMPTION that electricity is a incompressible massless fluid.
I wanted to know if radio people observe the frequency doubling when receiving signals from a dipole. It should be easy to check it.
For me is enough to know (from this Group) that such was observed and is known as the Luxembourg effect.
no we don't.
We now. But in 1930 they did.
S*
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