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Post by Dillon on May 2, 2012 1:18:25 GMT -5
Submitted on 2012/04/16 at 2:17 am | In reply to ponderingconfusion.
Mathematically speaking, the model that you describe does not allow for sufficient gases to be trapped within the solid core of the Earth before its atmosphere is removed.
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Post by Dillon on May 2, 2012 1:06:11 GMT -5
Submitted on 2012/04/15 at 4:54 am
I don’t mean to be argumentative, but what I have been taught is a bit at odds with a few of the things that you are saying and if what I have been taught is wrong, I need a good source that proves the point — one way or the other.
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Post by Dillon on May 2, 2012 1:01:39 GMT -5
Submitted on 2012/04/15 at 4:36 am
A noble goal indeed — regardless of the accuracy of your work. I have already received the book and have read the first four chapters of it (counting the introduction). I noticed your quote from Dr. Herndon and wholeheartedly agree with it.
As I said, I’ve only read the first four chapters thus far, so the questions that have come to my mind about your theory may yet be answered, but the most blatant one that is currently hindering my full acceptance of the theory is the ability of solids and liquids to “decompress”. The only analogy that you have given thus far for what you are saying has happened to the Earth is that of a rubber ball being squeezed and then released. The trouble with that analogy is that it isn’t technically the solid rubber in the ball that compresses — it is the gas bubbles within the rubber that compress. I was taught that solids and liquids do not compress because their constituent atoms are already touching (it is this principle that allows things like hydraulic jacks to work — if the liquid in the hydraulic jack compressed at all, even a fraction of a cubic millimeter, the jack would not function to leverage and lift the multi-ton car).
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Post by Dillon on May 2, 2012 0:10:06 GMT -5
Submitted on 2012/03/29 at 7:10 am Hi Dave, I have been reading your website for a while now and I am curious just what are your credentials. – MLS(ASCP)cm ?
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