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Almost all the shade of black is derived from coke ergo heated coal which changes it's chemical structure...

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Cleantimestream

In Reply to: RE: OH yes... posted by Steve O on March 06, 2017 at 08:52:17

there is ferrous material, along with arsenic and mercury AND cadmium and etc. in this modified element, hence this 'theory'.
The Mind has No Firewall~ U.S. Army War College.

Edits: 03/07/17

Follow Ups:

RE: Almost all the shade of black is derived from coke ergo heated coal which changes it's chemical structure... - Eli Duttman 05:45:47 03/07/17 (2)
Never mind the fact that much "black" coloring is obtained with "nigrosine" dye. Dyestuff chemistry is, very much, "a can of worms".

Carbon black (soot) used in tires would be a POOR choice in wire insulation. Think CF and CC resistors.

Eli D.
- RE: Almost all the shade of black is derived from coke ergo heated coal which changes it's chemical structure... - Cleantimestream 00:49:44 03/08/17 (1)
  Right, Eli... coke comprises 65 to 70 percent of nigrosine dye.
  
  Chemistry is one of the most fascinating fields {to me} that I never delved into.
  The Mind has No Firewall~ U.S. Army War College.
  - RE: Almost all the shade of black is derived from coke ergo heated coal which changes it's chemical structure... - Eli Duttman 05:23:10 03/08/17 (0)
    The dye is what is known as an azo (N=N) compound. In the past, the analine and nitrobenzene starting materials would have been obtained from the byproducts of steel making coke manufacture. I expect that petroleum is currently used, as the starting point.
    
    Eli D.
    - Nigrosine Structure (Open in New Window)

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