Aluminum buffer action, aluminum hydroxide is what we think it is, uh, plus the barium carbonate, strontium titanate, strontium oxides, barium oxides, probably some aluminum oxides in there.

First, swallow one dose of barium.

Same for both barium and strontium.

And so any incremental hydroxide you add will actually go to build the hydroxide concentration.

low concentrations of both hydroxide and hydrogen.

The hydroxide concentration is overwhelming your hydrogen concentration.

And you titrated it with this sodium hydroxide.

Well, no, the potassium hydroxide is the electrolyte.

You have an equal amount of hydroxide and hydrogen.

Because that's the point where you're going from having a majority of hydrogen versus hydroxide, to having a majority of hydroxide versus hydrogen.

And then above that, you're just adding more and more hydroxide.

Which is the hydrochloric acid, and which is the ammonium hydroxide?

If your hydroxide concentration is equal to your hydrogen concentration, you're neutral.

That these actual molecules of hydroxide are going to react with these things.

Where the hydroxide concentration is going to be greater than your hydrogen concentration.

Uh, barium, strontium, to, um, oh, somewhere 40 or 50 to, again, about 2,000 or 3,000.

What happens, first of all, when there's an equal amount of hydroxide and hydrogen?

So I must have added 1 mole of hydroxide to get to this point.

What they're finding is what many are calling the chemtrail geoengineering footprint of aluminum, barium, and strontium.

You know, a little sodium hydroxide, shut the lid. No harm done. Then we're golden.

Wherever you see the jet chemtrails go over, you're gonna get aluminum, barium, strontium coming down on you.

And so on this axis, I'm going to slowly add more and more of this hydroxide.

So what's going to happen? As I slowly add hydroxide, it's going to increase the pH.

After this point, any hydroxide you add will essentially contribute to increasing the pH even more.

But what I'm going to do is I'm going to add a strong base. Let's say sodium hydroxide.

But since we are getting samples now that show zero aluminum, and we're getting lots of barium and strontium and zero aluminum.

Remember, hydroxide is a strong base. So the NaOH disassociates completely in an aqueous solution. To OH minus plus sodium cation.

Those of you in track two, take your hydrochloric acid and your ammonium hydroxide and carefully... pour them into... your beakers.

So there's some point where your hydroxide concentration is equal to your hydrogen concentration, and your pH is going to be 7.

You've essentially sopped up all of the hydrogen, but you also have sopped up all of the hydroxide that you've added so far.

And you said, well, gee, when I added 1 mole because you figured out at a liter of the solution of hydroxide ions.

So once you put a liter in there because that's 1 mole per liter once you put a liter in there, you would have put 1 mole of hydroxide cations in there to sop up the hydrogen.

And if you accentuate the high, so it's very easy to add those particulates of aluminum, barium, and whatever else they want to put in there, and as you add heat to that, those particulates then radiate the heat into the atmosphere, and it warms.

So my question would be, if the Chinese can do this, and NASA has a patent for the same purpose, why would we believe snow events here are natural, when it's snowing now, regularly, at 45 degrees, sometimes 50 degrees heavy, wet, concrete snow that's full of aluminum, full of barium, full of strontium?

If you want to be able to manipulate the weather, one of the things we know about the materials that are being used in the aerosols we we've seen everything from aluminum oxide, barium salts, strontium, copper sulfate, uh, potassium iodide, um, a number of different kinds of things, each of which have different levels of reactivity with the moisture in the air.