result? slightly basic (between pH 7.5 and 8)
Aren't most iron compounds either insoluble or Lewis acids?
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result? slightly basic (between pH 7.5 and 8)
Aren't most iron compounds either insoluble or Lewis acids?
And I'm King Tut.I'm a research scientist.
That's exactly what I was wondering.I'm willing to bet the pH reading was that of whatever tap water dusty attempted to mix the metal into.
Mass composition would be really helpful, wouldn't it...
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Blurry pictures and pH are so much more telling by a scientist who really CARES though!
The problem with the examination of the dust from the WTC has been one of scale.
JREFers have insisted that I do a mass composition analysis, which essentially measures things at the atomic scale. There are many images available of the dust at a microscopic scale. This data proves worthless because of the lack of insight and lack of focus on the macroscopic scale.
My conclusion is that, without evidence that an airplane crash into the WTC can produce such material, the official theory of airplane crashes starting office fires can be ruled out as the mechanism of destruction of the WTC. It has been shown elsewhere by that no planes at all were found at any of the sites where they were said to have crashed that day. Convincing evidence of hijackings is also lacking.
A new mechanism for destruction of the WTC, and any other similar sized structures, is therefore concluded.
If this lightweight, fast moving object had enough momentum to penetrate an armored steel hull twice,
Idon't think even Lake Malawi is that caustic.I'm willing to bet the pH reading was that of whatever tap water dusty attempted to mix the metal into.
Idon't think even Lake Malawi is that caustic.
It's not that basic
But you're right. Sea water is around 8, 7.5 is probably pushing it for tap.
Quible: Destroyer hulls were not really "armored."
Nor was the World Trade Center.