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Article: <5ev062$icn@sjx-ixn2.ix.netcom.com>
From: saquo@ix.netcom.com(Nancy )
Subject: Re: TUNGUSKA (was Re: Nancy/Zetas)
Date: 25 Feb 1997 15:23:46 GMT
In article <330E187D.C22@sc.hp.com> Chris Franks writes:
> ZetaTalk wrote:
>> Give us a single example of a large object vaporizing -
POOF
>> - due to the stress of a gravity drop.
>
> An airplane can crash to earth at 1000 feet per second,
that's
> 1/5 of a mile per second. A meteor can come in at 30 miles
> per second. That is 150 times faster. If the object is big
enough,
> it can punch thru to the ground, but if not it will get hot
enough
> to vaporize.
> Chris Franks <cfranks@sc.hp.com>
(Begin ZetaTalk[TM])
We asked for an example, and you gave us a lecture. You HAVE no
example. You're also theorizing about the speed that a large
meteor would descend. What's the basis for your theory? Your
statement is that an object pushing air away would heat to the
level of inciting some mythical explosion akin to an atomic
explosion. The basis for this statement? Super heated rock and
metal, which is what meteors are composed of, BECOMES MOLTEN. The
core of your Earth is molten and hotter than the temperature a
dropping meteor would experience, does your Earth explode,
vaporize, as you say?
In an instance such as you describe, where a dropping object such as a large meteor would encounter an atmosphere, what do you supposed would give FIRST in a pressure situation - the meteor, which must, per you, vaporize to deal with the friction, or the atmosphere?
(End ZetaTalk[TM])