Attention Attention !!!!
#32 · date not recorded
QuoteEvery oxygen atom is surrounded by 4 hydrogen atoms. If you build that into like a 3Dcluster, you see that it is practically impossible to get some kind of polarization in it.
Since oxygen has a higher electronegativity than hydrogen, water is a polar molecule. The oxygen has a slight negative charge while the hydrogens have a slight positive charge giving the article a strong effective dipole moment. The interactions between the different dipoles of each molecule cause a net attraction force associated with water's high amount of surface tension.
Electrons are not always shared equally between two bonding atoms: one atom might exert more of a force on the electron cloud than the other. This "pull" is termed electronegativity and measures the attraction for electrons a particular atom has. The unequal sharing of electrons within a bond leads to the formation of an electric dipole: a separation of positive and negative electric charge.
water is a polar compound making it a dipole
http://en.wikipedia.org/wiki/Polar_molecule#Polar_molecules
now when h2o is sitting next to it self it may hold a neutral cohesion between its neighboring compounds(h20) wheres it has the brick patter effect off consistancy like you say.. but because theres 4 next to the oxy they are not all bonded to the oxy.. only 2 per oxy.. stan said all you have to do to turn water to gas is get the water polarized and let the voltage take over and do work by voltage tickling and plucking electrons. when the water dipoles line up in polarization its like you just formed a capacitor.!! a capacitor material inside is solid dipole material. why do you think some caps have one direction flow for cu.. its because the dipole materials inside are polarly aligned for capacitance
outlawstc
The force of the H sitting on 1 oxygenatom towards the Oxygenatom from his neighbours is almost as big as the bonding to his own Oxy.
Thats why water has such a strenght. Its because of the all attractions inside it.
Please try to think in 3D.
Please read my research:
http://www.ionizationx.com/index.php/topic,602.0.html
Just a small part of it:
Each oxygen atom is typically surrounded by four hydrogens--two close ones from its own molecule, and two further away on nearby molecules
The oxygen has a negative charge, and the hydrogens a bit more positive--a charge separation called a dipole.
In water, the dipoles are already partially aligned. This without any applied voltage field
Clusters of nearby molecules act as a single, larger dipole, enhancing the field more than they would on their own
Each oxygen pulls the hydrogens further from the oxygen in neighboring molecules, which increases the charge separation within each molecule and therefore the strength of each molecule's individual dipole.
I think we are not so far from eachother on this..
Best regards
Steve
