On Monday, September 17, 2018 at 3:08:42 PM UTC-7, Archimedes Plutonium wrote:
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> Newsgroups: sci.physics
> Date: Tue, 6 Mar 2018 22:35:29 -0800 (PST)
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> Subject: is H2O behavior, anything like 18F ?? Re: AP's Periodic
> Table of Chemical Elements:: True Chemistry-- 2018 textbook
> From: Archimedes Plutonium <
plutonium....@gmail.com>
> Injection-Date: Wed, 07 Mar 2018 06:35:29 +0000
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> On Tuesday, March 6, 2018 at 9:55:41 PM UTC-6, Archimedes Plutonium wrote in sci.physics:
> is H2O behavior, anything like 18F ?? Re: AP's Periodic Table of Chemical Elements:: True Chemistry-- 2018 textbook
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> how water is like fluorine isotope Re: AP's Periodic Table of Chemical Elements:: True Chemistry-- 2018 textbook
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> Now way way back in sci.physics history, i believe it was sometime in the 1990s i spoke of a concept of hydrogen atom systems that composes all atoms. The idea basically was there are no neutrons and each proton is linked to a muon (of course back then i thought the electron was .5 MeV).
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> In Hydrogen Atom Systems theory i called it HYASYS, the hydrogen atom would have number and mass of 1, helium would be 4. Oxygen would be atomic mass and number 16, and Fluorine (i keep mixing the spelling with the food flour) is 19F, but, there is a isotope of Fluorine as 18F.
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> We can see how the AP Element Table accommodates isotopes for each isotope is a specific number of HYASYS. In HYASYS theory, every atom is composed not of protons, electrons=105MeV but only a proton + muon.
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> But a curious feature appears in that water, H2O would have 18 HYASYS matching fluorine hyasys of 18F. Only realize the 2 H are bonded to oxygen while the 18F is a single atom.
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> But no escaping the fact that in both you have a Faraday Law acting on 9 x 18 muons in total, where 1 proton = 8muons. In HYASYS, all atoms are just a specific number of MUONS, so for Water molecule, H2O is 162 Muons. And for isotope 18F, is 162 Muons that compose 18F. Now 19F, the most common atom of fluorine is in total 171 Muons.
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> So, can any chemist today-- make a case that water behaves like fluorine isotope 18F? We all know water has some unique properties but so does fluorine.
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> AP
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> Newsgroups: sci.physics
> Date: Tue, 6 Mar 2018 22:48:22 -0800 (PST)
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> Subject: Re: is H2O behavior, anything like 18F ?? Re: AP's Periodic
> Table of Chemical Elements:: True Chemistry-- 2018 textbook
> From: Archimedes Plutonium <
plutonium....@gmail.com>
> Injection-Date: Wed, 07 Mar 2018 06:48:23 +0000
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> Re: is H2O behavior, anything like 18F ?? Re: AP's Periodic Table of Chemical Elements:: True Chemistry-- 2018 textbook
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> On Wednesday, March 7, 2018 at 12:35:32 AM UTC-6, Archimedes Plutonium wrote:
> > how water is like fluorine isotope Re: AP's Periodic Table of Chemical Elements:: True Chemistry-- 2018 textbook
> >
> > Now way way back in sci.physics history, i believe it was sometime in the 1990s i spoke of a concept of hydrogen atom systems that composes all atoms. The idea basically was there are no neutrons and each proton is linked to a muon (of course back then i thought the electron was .5 MeV).
> >
> > In Hydrogen Atom Systems theory i called it HYASYS, the hydrogen atom would have number and mass of 1, helium would be 4. Oxygen would be atomic mass and number 16, and Fluorine (i keep mixing the spelling with the food flour) is 19F, but, there is a isotope of Fluorine as 18F.
> >
> > We can see how the AP Element Table accommodates isotopes for each isotope is a specific number of HYASYS. In HYASYS theory, every atom is composed not of protons, electrons=105MeV but only a proton + muon.
> >
> > But a curious feature appears in that water, H2O would have 18 HYASYS matching fluorine hyasys of 18F. Only realize the 2 H are bonded to oxygen while the 18F is a single atom.
> >
>
> Now, looking up that of 18F, says (Wikipedia) it has a half-life of 109.8 minutes which is oodles and oodles of time to study it. But more important, it says it turns into 18Oxygen. In other words, 18F is H2O in a transitory, phase state.
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> AP
Our physics is a junk pile that doesn't need to be learned.
It is the absolute opposite. It doesn't qualify. But the new
is objective instead. That is the only empowering knowledge.
Who needs to take a test? Some people don't need an education
to do better than everyone else producing new objective science.
Mitchell Raemsch