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Article: <[email protected]>
From: [email protected](Nancy )
Subject: Re: GRAVITY - the Zetas Explain
Date: 9 Jan 1997 15:29:46 GMT
In article <[email protected]> Martin
Alak ponders:
> I found this: magnetic force = charge * velocity
cross-product
> magnetic_field
>
> But if two planets were to pass nearby each other, despite
the
> weaker magnetic field due to the greater distance and the
larger
> mass to be moved is it not possible that, given sufficient
velocity
> of one relative to the other that there might be some
interaction?
> I'll try to do the math and figure this out. I know that the
> magnetic field of the earth at it's surface is about 5x10^-5
T, B
> decreases proportional to 1/r^2. assuming the incoming
planet has a
> magnetic field 16 times greater than earth and was
travelling at
> 0.1C (10^5 m/s) my calculations indicate that the magnetic
field
> on the earth (if the object passed 6x10^9m from earth) would
be
> 5.65x10^-11 T... qv for the earth would be 2.03x10^15 Cm/s,
> assuming v = 500m/s this would indicate q = 4.06x10^12 C,
> yielding a net force of 3.67x10^9 N. Given the earth's mass
to be
> 5.98x10^24kg, this would equate to an average acceleration
of
> 6.13x10^-16m/s^2... very negligible if the entire earth is
affected,
> but perhaps it could cause some secondary consequences if
these
> forces limited their interactions to the moving charges
responsible
> for the earth's magnetic field.
> Martin Alak <[email protected]>
(Begin ZetaTalk[TM])
A thinking man, unafraid of what his examination of phenomena
might product! There may be hope for mankind yet. We will ask our
emissary, Nancy, to post a couple topic that relate - 12th
Planet, Wandering Poles, and Pole Shift. When you have concluded
that magnetized planets passing each other at close quarters CAN
affect each other, dare to contemplate what your earth tells you
in her geological history!
(End ZetaTalk[TM])