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Article: <[email protected]>
From: [email protected](Nancy )
Subject: Re: TUNGUSKA
Date: 27 Feb 1997 03:12:42 GMT
In article:
<[email protected]> Bill Sincl
writes:
> When a very fast, large object (such as the Tunguska meteor)
> encounters the earth's atmosphere, it COMPRESSES the air
> in front of it just like a piston. It's going so fast that
the air
> molecules don't have a chance to move out of the way. The
> compression heats the air to a temperature of close to a
> million degrees, which would cause it to give off X-rays.
> [email protected] (BillSincl)
(Begin ZetaTalk[TM])
Compression and heat do not create explosions unless the object
being compressed and heated is an explosive mixture. The core of
your Earth is both HIGHLY compressed and very hot. Is it
exploding? Pistons explode not due to compression but the spark
from a spark plug in combination with the explosive mixture put
into the piston. If the meteor was so volatile that it would blow
up without a trace, turned to tiny pieces of dust that dispelled,
then how did it make it all the way through the Earth's
atmosphere, to say nothing of its travels out in space?
And lastly, do X-rays cause explosions? Can you tell us where
this occurs, or is this theory? Perhaps all those denstists with
X-ray equipment in their offices should be put on the FBI list as
being potential terrorists.
(End ZetaTalk[TM])