Natural polymers, well ...

Yeah, and some plastic polymers.

Plus your chlorine anion in an aqueous solution.

Aqueous methylamine. With that, you don't need pseudo.

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

But I thought, no, no, experiment with resins, experiment with polymers.

In our world we use about 350 polymers to make all this.

We use five polymers in the natural world to do everything that you see.

And also, I thought that there would be synthetic polymers, plastics, embedded in the rock.

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

Well, my thinking is, by tapering the phenyl you get an oilier aqueous layer, and hence...

leads to sodium well, we could think of it a lot of different ways, but we could think of it as sodium ion aqueous plus chloride anions this is a cation and anion aqueous, so it gets dissolved.

I am absolutely certain that life can exist in outer space, move around, find a new aqueous environment.

Fossil fuels are also essential for the creation of plastics and polymers, key ingredients in computers, entertainment devices and clothing.

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

I think that's what's most important, because these polymers have been tried and tested in our ecosystem for the last billion years, in everything from mushrooms to crustaceans.