środa, 12 lipca 2023 o 22:59:16 UTC+2 Archimedes Plutonium napisał(a):
On Wednesday, July 12, 2023 at 3:48:26 PM UTC-5, Enes Richard wrote:
What does the 3D model for H4O look like and how does it work?
Good question. I am not yet sure of what the methane H4C looks like in 3D.
Confident I know what H4O looks like in 3D. As I outlined it in one of my earlier posts.
H4O looks like this in 3D:
O = H2
||
H2
Unlike Old Physics that says the bond angle is 104-106 degrees, in New Chemistry, the bond angle of Water H4O is actually 90 degrees, which gives water its special property of expanding when frozen.
You see, Hydrogen atom is never H alone. The Hydrogen Atom always comes with a neutron or with a H that converts to a neutron as capacitor.
H2 is not a molecule. H2 is an Atom.
AP, King of Science
I've checked your water (H4O) with my model of atomic structure (nuclear) for oxygen, with hydrogen attachment possibilities.
You're probably right... If there was H2O, the angle between the bonds should be 180 degrees (naturally), 104.5 degrees is usually given.
So there should be 2 hydrogen pairs (for vibration balance) 2 x 104.5 degrees (and 75.5 degrees between them) in H4O.
Btw - my model predicts a 109.5 degree angle between the bonds, but this is very rarely seen in publications/education.
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