Aqueous solution.

It's aqueous.

aqueous solution.

An it's an aqueous.

Everything's in an aqueous solution.

It is an aqueous solution.

It's in an aqueous solution.

An aqueous solution plus chloride.

Everything's in an aqueous solution.

So plus OH minus aqueous.

Let me write the aqueous.

It's still in an aqueous solution.

That's also in an aqueous solution.

I could write aqueous everywhere. aq.

Water is obviously an aqueous solution.

Hydrogen chloride in an aqueous solution.

Sodium hydroxide in an aqueous solution.

Plus water in an aqueous solution.

And that's also in an aqueous solution.

And that's also in an aqueous solution.

It doesn't have to be an aqueous solution.

Plus your chlorine anion in an aqueous solution.

And all of this is in an aqueous solution.

So the surrounding water molecule is OH minus aqueous.

So the NaOH disassociates completely in an aqueous solution.

So HCl in an aqueous solution or a solution of water disassociates completely into hydrogen ions in an aqueous solution, which is really hydronium.

H2O, disassociating in itself, really, into a hydrogen ion in an aqueous solution plus a hydroxide anion in an aqueous solution or a negative ion.

Everything we're dealing with right now is an aqueous solution.

And obviously, everything you hear is in an aqueous solution.

C6H12O6, we combine that and maybe that's in an aqueous state.

And then you have and, of course, this is still aqueous.

So it's just a chloride negative ion in an aqueous solution.

So if I take some lithium hydroxide in an aqueous solution.

An aqueous solution is a solution in which the solvent is water.

A minus, and that's also going to be in an aqueous solution.

And then you have plus the chloride anion in an aqueous solution.

So if you have some ammonia in an aqueous solution, plus water.

So it's going to be plus oh, this is in an aqueous solution.

Plus ammonia it doesn't have to be in an aqueous solution what happens?

That can disassociate to one of those hydrogens popping off in an aqueous solution.

For example, some may blend from phase I to phase II or from phase II to phase III.

So if we have hydrogen flouride, or if it's in an aqueous solution it's hydrofluoric acid.

Now, what I'm going to do is I'm going to titrate this aqueous solution of acid.

Now compare the Phase to Ground values against the Phase to Phase values

Now compare the phase to ground values against the phase to phase values