+Proving Water is H4O, not H2O, and where hydroxyl is H2O// AP's 250th book TEACHING TRUE CHEMISTRY, by Archimedes Plutonium Now I see some of these electronic weighing scales are accurate to 0.00001 gram. I do not know if that is within

3m views Proving Water is H4O, not H2O, and where hydroxyl is H2O// AP's 250th book TEACHING TRUE CHEMISTRY, by Archimedes Plutonium


Now I see some of these electronic weighing scales are accurate to 0.00001 gram. I do not know if that is within the accuracy I need for weighing a test tube of oxygen then a test tube of hydrogen from water electrolysis.


Proving Water is H4O, not H2O, and where hydroxyl is H2O// AP's 250th book TEACHING TRUE CHEMISTRY, by Archimedes Plutonium

In Old Chemistry and Old Physics, their subatomic particles were do nothing and no function and no job particles that sit around as balls or whiz around the outside of balls doing nothing but pointless circling.

In New Physics and New Chemistry-- All is Atom and Atoms are nothing but electricity and magnetism. Every subatomic particle has a job a function a purpose as to the Laws of Electromagnetism--- Faraday law, Coulomb law, Ampere law, Capacitor law.

A proton is a torus of 840MeV with 840 windings, while the muon is the true electron of Atoms and is encased inside the proton torus thrusting through and producing electricity-- magnetic monopoles.

The neutron of Atoms is a parallel plate capacitor storing the electricity of proton+muon and is skin cover on the outside of the proton torus in the form of parallel plates.

Can hydrogen be a Atom if it is just a proton+muon? No, all atoms require to have a capacitor such as at least one neutron. Thus the Hydrogen Atom is H2 where you have 2 proton+muon where 1 of the 2 proton+muon acts like a neutron to the other proton+
muon. Thus, water molecule is not H2O but rather is H4O.

AP is waiting for experimental chemists and physicists to prove him correct that Water is H4O.

In the meantime we have Hydroxyl which in Old Chemistry, especially Biology is OH, while AP says that is wrong and that is really H2O.

Now glycerine is a hydroxyl with formula C3H8O3. And what I am thinking at this moment, is that hydroxyls will be an easier proof that Water is truly H4O, rather than wait for experimentalists to actually "weigh the electrolysis test tubes of oxygen and
hydrogen".

You see, with H4O as water, glycerine is C3(2 waters)O with an extra oxygen. If Water is H2O then glycerine is C3(4 waters) deficit O. It is missing an oxygen if water is H2O.

The reason glycerine is so effective as a skin ointment is because it has glycerine, the extra O oxygen. If water were H2O, then glycerine would be a missing oxygen and not a skin lotion that works, but makes skin even more dry.

Proving Water is H4O, not H2O, and where hydroxyl is H2O// AP's 250th book TEACHING TRUE CHEMISTRY, by Archimedes Plutonium

Archimedes Plutonium<plutonium....@gmail.com>
12:24 AM (13 hours ago)
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to Plutonium Atom Universe

--- quoting in part from source-- Study.com ---
Perhaps there is only two Faraday laws on Electrolysis. I am looking at the one that states: Faraday's first law of electrolysis relates the mass of a substance liberated (or deposited) at an electrode to the electric charge used (Q). A proportionality
constant Z can be used:

m = ZQ = (E/96485)(Q)

m = mass, Q = total charge rewritten as Q = I*t amperes x time in seconds.

This website gives an example: 5amps passed through molten Sodium Chloride for 3 hours. Calculate the mass of Sodium. E=23/1.

m = (23/96485) (5) (3*60*60) approx 12.87 grams.

--- end quoting in part from source-- Study.com ---

Now has such a experiment been performed on Water to see how much atomic mass of hydrogen and of oxygen results??? If AP is correct, the formula of water is H4O, if Old Physics, Old Chemistry is correct the formula is H2O. So which is it???

AP


No, sorry no, Faraday's Law of Electrolysis is not going to tell the correct mass of hydrogen

So, once Water is found to actually be H4O, not H2O, we move on to methane, and ask the same question of its hydrogen bonds. Is Methane really that of H8C and not H4C.

Well, looking in the literature for anomalies to methane, I come across a arXiv "Low and high-temperature anomalies in the physical properties of solid methane "The anomalous behavior of thermodynamic, spectral, plastic, elastic and some other properties
of solid methane is discussed near 20.48K and...

AP wonders: if they can get methane to solid form, well, I am then hopeful that the mass of the molecule can be determined. Because if methane is truly H8C, that difference of H4 in atomic mass units would be very much noticeable difference.

Chemistry Europe--
"The Anomalous Deuterium Isotope Effect in the NMR Spectrum of Methane...

P Vermeeren, 2023
"The abnormally long and weak methylidyne C-H bond.."
"The C-H bond of the methylidyne radical, CH*, is abnormally long and weak, even longer and..."

AP asks, are these anomalies solved if we consider methane is actually H8C and not H4C?

AP

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