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In fact the only thing that could be thought of as water that's different than "water" is deuterated water where the hydrogen atoms have an extra neutron or tritiated water where the hydrogens have two neutrons. Both of which are used in research as a way of labeling.

So water with extra H- electrodes does not have a different "frequency"? The water should contain electric energy, so in theory that would change if extra H molecules are introduced. 

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Don't confuse standing wave energy with resonance. Would screw up your spl score if you did.

So you are saying that the "frequency" of the water is a product of standing waves between atoms? So basically is half the frequency of all atoms combined?
No, saying that the whole phenomena is frequency independent. It requires a frequency to focus energy, but which isn't a concern other than of course power output capability of the driver that is being used.

In fact the only thing that could be thought of as water that's different than "water" is deuterated water where the hydrogen atoms have an extra neutron or tritiated water where the hydrogens have two neutrons. Both of which are used in research as a way of labeling.

So water with extra H- electrodes does not have a different "frequency"? The water should contain electric energy, so in theory that would change if extra H molecules are introduced.
The only consistent "frequency" in any water is the bonds of a single set of 2 H and 1 O.

Positive ones lol

 

 

Well, that helps a lot.  shrug.gif

Haven't looked at it since it first came out. Played with it on paper at that point and thought favorably of it. ie, positive. If there were more on my memory I'd have said something.

 

In fact the only thing that could be thought of as water that's different than "water" is deuterated water where the hydrogen atoms have an extra neutron or tritiated water where the hydrogens have two neutrons. Both of which are used in research as a way of labeling.

So water with extra H- electrodes does not have a different "frequency"? The water should contain electric energy, so in theory that would change if extra H molecules are introduced. 

 

 

Another hydrogen atom (proton, H+) added to water becomes hydronium (H3O+) which has different geometry and characteristics than water. I'm not sure what you mean by frequency of a molecule? Molecules have specific vibrational frequencies that are excited when the molecules absorb corresponding energy. E.g. Infrared spectroscopy sends energy in the infrared region through a test sample and reads the energy on the other side. The difference in energy shows where the molecule absorbed energy and these regions can be used for identifying parts of the structure of the compound. Take ethanol for example, it has a hydroxyl group -OH, a hydrogen bonded to a oxygen, which is known to have a frequency of excitation near 3400cm^-1 Which this IR spectra of ethanol shows: 

ethanol.png?size=bestfit&width=526&heigh

 

In NMR nuclear magnetic resonance (same principle as mri machines) energy of a higher wavelength is used to disturb spin states of nuclei in atoms and by measuring this disturbance's effect to a magnetic field one can further identify parts of the structure of the compound. As another example the hydroxyl group absorbs energy in the 2.5 - 5.0ppm region (parts per million is used instead of wavelength because nmr machines operate at different frequencies with differing magnetic strengths). Here's an NMR spectra of ethanol: 

graphics3c.jpg

 

with a peak near 2.5ppm corresponding to the hydroxyl group.

 

Here's a video of all the vibrational modes of ethanol based on classical mechanics: http://www.youtube.com/watch?v=O5dulWd-OnQ

Edited by ssh

This morning I was 10 days into a 35 day month.

67% to my goal. Today the store donkey punched budget. 500-600% over. Basically did the whole week today.

I think I may be hard fucking this month into super bonus land.

You missed the point on that comment I think.

 

I honestly don't know what the point or question was so I just started rambling lawl.

You missed the point on that comment I think.

I honestly don't know what the point or question was so I just started rambling lawl.

#math

ae9e3923bcaac3e751732f2134dcd70d2ab0de3b

My dog pulls the same thing. Just not so subtly.

J

Speaking of frequencies, I have a question in regards to "frequency water". Can water be made to hold a certain frequency? Or is it just a value denoted from the pH and mineral content? Is it the resonant frequency of the molecules?

Would any of this change based upon the state of the H2O?

J

 

Speaking of frequencies, I have a question in regards to "frequency water". Can water be made to hold a certain frequency? Or is it just a value denoted from the pH and mineral content? Is it the resonant frequency of the molecules?

Would any of this change based upon the state of the H2O?

J

 

 

Nope. Only difference between states is thermal energy. Between 0C and 100C the thermal energy is about equal to the hydrogen bonding energy between water molecules, so water is constantly making and breaking hydrogen bonds to other water molecules, this is why it's a liquid between those temps. At high temp thermal energy is greater than the hydrogen bonding between water molecules so instead of constant bonding between one another they disperse into a vapor. On the flip side if you cool water down enough then the thermal energy is lower than the hydrogen bonding so the water molecules align for the best hydrogen bonding and aren't fucked with. This is what gives in perfect conditions snowflakes their geometry.

The question was spawned from a pesticide that claimed to be frequency water. The product is 99.85% water. Plus I was bored at work on a Saturday night. Lol

I couldn't think of a way it was possible either. I assume they are using the term generically. I could see water having stored potential energy and that was about it.

Water is water I think sums it up. :)

Taking Aidan to the snowmobile races tomorrow

What the?! You guy have snow already?

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