[geocentrism] Re: Moon Rotation
- From: "philip madsen" <pma15027@xxxxxxxxxxxxxx>
- To: <geocentrism@xxxxxxxxxxxxx>
- Date: Thu, 27 Nov 2008 18:06:17 +1000
6. But most assuredly, the centrifugal forces due to these rpm of the sphere
will remain measurable and be exactly the same as they were when the sphere was
revolving stationary before it was set in any motion. <Gee these 'few'
observations are multiplying! Philip, it is very important to not use 'rotate'
interchangeably with 'revolve'. It can cause a great deal of confusion and
misunderstanding -- but yes.>
Don't I know it.. I checked this out five times and still said revolving... I
could have said spinning, which cannot be confused in any way.. but I never
call orbital motion revolving.or rotating .. orbiting ot circling is much
clearer..
You said, in relation to mine, In the case of the moon, it is a coincidence, (
God Planned) but in our experiment we can plan it to be that way. <Well not
quite. It's those tidal forces again but that could be His way of achieving
this.> Whilst I can see how tidal forces can affect the orbiting of the moon,
to bring it to the same angular speed as the spinning, to present the same face
at us, during that special time, man is on the planet, I do not think tidal
forces will affec the spin rpm of the moon... there being no water there..
but yes the moon could slow down the earths spin... by its orbital motion, not
its spin motion.. But Paul, my experiment was only for a few minutes lol.
Stop complicating things..
Philip.
----- Original Message -----
From: Paul Deema
To: geocentrism@xxxxxxxxxxxxx
Sent: Thursday, November 27, 2008 5:04 PM
Subject: [geocentrism] Re: Moon Rotation
Philip M
A nice bit of clear thinking. Very few <observations> (I'm pushed for time
and busy with Allen. But then who isn't if Allen is involved?)
Paul D
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From: philip madsen <pma15027@xxxxxxxxxxxxxx>
To: geocentrism@xxxxxxxxxxxxx
Sent: Wednesday, 26 November, 2008 10:55:36 PM
Subject: [geocentrism] Re: Moon Rotation
Paul, I have been thinking more on a practical demo for this rotation model
for the moon. I know Allen calls it imagination, but then that is what all text
books are, but the graphical representation of imagined theory of operation. I
know this is basic to you, but with all the complicated mumbo jumbo being
floated, I need to make it clearer for the layman , who must be absolutely
confused by now.
Some base principles.. are in order .'' Keep in mind this is standard
physics as demonstratable in any lab.. It does not include my exotic theories
on the aether or concern itself with explaining geocentrism, which must fit
with observable/measurable facts anyway
1. A body rotates around its centre of gravity. Where that is can only be
presumed based upon calculation which accepts the constituents distribution of
the mass of the body. It can be confirmed by actual observations of
perturbations of orbits. <Not really convinced of this. The body may be
rotating eccentrically eg centre of mass not at centre of volume but in this
case, the centre of mass will still not be perturbed and will accurately follow
an elliptical orbit (assuming of course a 'two body' system. > A fairly
accurate science as astronomical predictions often prove. Pretty good
considering nobody but Jules has been to the centre of the earth to see what it
is made of.
2. The rotation of the body is a motion experienced by the mass itself, and
the magnitude of the effects of this rotation , ie the centripetal/centrifugal
forces it experiences , is independent of any other object or observation. ie
if there is no rotation there is no centripetal force.
3. At normal speeds. As a body moves in any direction, its motion does
not alter the position of its centre of gravity.. <Well it does translate with
the body but is constant within the body.> therefore it must be accepted that
any rotation around this centre of gravity is un perturbed by any motion of the
body. i.e. the centripetal/centrifugal forces, remain unchanged . (this
centrifugal force is the only indicator of real rotation, as observation with
our eyes can be an illusion) .
4. From 3, it must be deduced that if a spherical body is set in motion
around its axis through its centre of gravity, and kept in motion at exactly
the same force, and rpm, and is then moved in an orbital path around a central
point, it will continue to exhibit the same centrifugal forces due to initial
rpm imparted to it. Now the moon needs no motor, as there is negligible
friction to slow it down. <Tidal friction needs to be considered if you are
interested in longer term observations.>
5. Further, if the orbital period just happened to be the same number as
the rotational speed of the Sphere, then this coincidence will cause the
sphere to present the same face to the centre of the orbit. This is a true
mechanical representation .. There is no need for a primary planet if the
motions are controlled on a bench top model .. In the case of the moon, it is a
coincidence, ( God Planned) but in our experiment we can plan it to be that
way. <Well not quite. It's those tidal forces again but that could be His way
of achieving this.>
6. But most assuredly, the centrifugal forces due to these rpm of the
sphere will remain measurable and be exactly the same as they were when the
sphere was revolving stationary before it was set in any motion. <Gee these
'few' observations are multiplying! Philip, it is very important to not use
'rotate' interchangeably with 'revolve'. It can cause a great deal of confusion
and misunderstanding -- but yes.>
Keeping those basics in mind we now need to make a turntable , a record
player is fine. Next we need a speherical mass like a marble that is
vertically attached to a "frictionless " shaft through its central axis at the
periphery of the turntable. <A disk is easier to manage and within certain
limits won't change your hypothesis.> Mark the marble so that any spin can be
observed.
Turn the turntable slowly.. You will see that the marble will not turn , but
keep its face pointed in the direction it had at the beginning.. Of course the
shaft friction will eventually effect this experiment. but the effect is
proven . the marble will not rotate, and it will not present the same face to
the centre as the turntable turns. <Absolutely!>
This is not imagination I have done the experiment another way and proved
it.. As can anyone interested. Hold a glass of water close to your chest . On
the surface of the water is a floating toothpick pointing at you , just to let
you see what happens to the water .. The friction between the water and the
glass is negligible.
Now turn yourself slowly a full circle if you want.. doesn't matter. You will
see that the water will not rotate in the glass , and the tooth pick will keep
its orientation..It will not keep pointing at you.
In fact it is difficult to make the water spin this way.
Now this tells you something else. I have long ago considered the forces
involved here.
Let us seize up the bearing in the marble with glue, so that it cannot keep
its orientation. When you now turn the turntable, the marble will present the
same face to the centre.. But what else? Can you not see the force being made
to break the glue on the bearing, as the marbles inertia tries to keep its
original orientation? Extra work is actually being done on the turntable to
force the marble to spin. <And should you choose to measure it, it must take
more energy to achieve the same radial velocity in the glued-up case.>
Now I will leave you all with a little thought experiment, which just
occurred to me and which I havn't considered yet.
How does relativity effect rotations.. keeping in mind the centrifugal
forces mentioned above. <Sorry -- out of my depth!>
Let us put the marble on the same central shaft of the turntable and spin
them up to 100 rpm.
The turntable will have a centrifugal force.. and the marble also will have
its own centrifugal force due to its own mass.
Now free up the marbles shaft and spin it in the opposite direction at
exactly the same 100rpm.
Will the marble appear stationary to us? <If you are measuring the marble's
rpm in absolute terms ie with a marble-mounted gyroscope as the reference for
zero radial velocity then it will not appear stationary.>Will its centrifugal
force be any different? <Must also be dependant on the absolute value of is
radial velocity.>
I think I got it already.... But then put the marble back on the periphery,
and spin it up again in the opposite direction....
Philip.
----- Original Message -----
From: Paul Deema
To: Geocentrism@xxxxxxxxxxxxx
Sent: Thursday, November 27, 2008 2:53 AM
Subject: [geocentrism] Re: Moon Rotation
Philip M
Some comments in <colour>
From philip madsen Tue Nov 25 12:23:12 2008 Re: Moon Rotation
Thats an ingenious idea Paul..<Ahem! Thank you ... thank you ...>
Something I never visualised.. another way of twisting a cable? Now I know why
my hose twists up as I walk around the yard watering.. I'll have to learn to
retrace my steps .. Have you investigated the bank/money /Government borrowing
scam yet? Your life does depend on it.. <I've read your 'Funny Money' and
Open Letter to PM. I will try to put something together soon but it is
something I'd prefer to spend a little time with. A warning though, I cannot
support your position. I hope my reasoning will satisfy you even if your
conversion is not complete.|[:-)>
From philip madsen Tue Nov 25 14:30:19 2008 Re: Moon Rotation
That actually is another proof I missed paul.. If the moon lost its
primary, the earth, it would move off tangentally in a straight line, and it
would keep its same rotation of 28 days for the Helioman and 24 hours for the
geoman.. <Exactly so. See attachment prepared in advance and here revealed for
the very first time!> This could be easily done on the kitchen table, by simply
doubling the orbit diameter on the model, where in the moon would no longer
show the same face,
Paul D
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