This proton can be nabbed off, and this proton can also be contributed.

Because it provides a cushion on acidity.

So this is the acidic reaction.

The acid rain was falling on the forests.

Or you decrease its acidity dramatically.

And that' s literally the number of protons.

The protons can't change.

How many protons do I have?

And the atomic number, the number of protons, the number of protons and remember, that's the number that's written right at the top here for each of these elements in the periodic table

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That material is more soluble in acidic fluid.

You see a frozen bunch of partons.

The atomic number is the number of protons.

What do you see? You see a frozen bunch of partons.

So your proton number is going to change.

These particles must have just as much mass and energy as is carried in by the proton and anti proton.

Well the answer is, it's by the number of protons.

literally just the number of protons in the element.

the number of protons is equal to the atomic number.

This is how many protons there are in hydrogen.

Some protons there, and I'll draw some neutrons.

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Is it by the number of protons it has?

And the number of protons, this is defined as the atomic number.

So this is really the number of protons plus the number of neutrons.

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So you have all of these hydrogen protons.

Hydrogen protons get pumped into the lumen.

Then the hydrogen protons want to go back.

So let's say I have a bunch of protons.

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In other words this ray is made of protons.

That tells us exactly how many protons it has.

You change the protons, you got a different element.

And sometimes they will actually write the number of protons as well.

There's a lot of attraction with the protons in the nucleus.

Because they said, look, as we increment up the number of protons that we have in an atom, and likewise, the number of electrons, we see these repeated patterns, or these periods, in the elements.

So you have this huge concentration of hydrogen protons.

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It is responsible for binding protons and neutrons into atomic nuclei.

The small, positively charged center of an Atom, in which Protons and Neutrons are found.

And this is essentially the mass of all of the protons plus all of the neutrons.

It would be fluorine. So it defines the element.

But it's an atom or a molecule in which the protons don't equal the electrons.

And if the protons don't equal the electrons then you have some charge.