You might also see some of the chlorines cancel out with each other again, so a chlorine free radical and another chlorine free radical.

Of course, this chlorine over here becomes another free radical.

This chlorine is no longer a free radical, although this one out here is still a free radical.

likely that some free radical chlorine might be able to react with this thing, so it might actually add another chlorine to this molecule.

In the pulp and paper industry, EDTA inhibits the ability of metal ions, especially Mn2 , from catalyzing the disproportionation of hydrogen peroxide, which is used in chlorine free bleaching.

Why complain about getting free paper? Free? Aren't you just giving me my own paper?

Chlorine

The methyl free radical and a chlorine free radical might also just straight up react and form chloromethane, And form H3C Cl.

The molecular chlorine has broken up into two chlorine atoms.

If they bump in just the right way, this chlorine electron might get contributed, and this free unpaired electron will be contributed and then this CH3, I guess we could call it, this free radical, this carbon free radical, or this methyl free radical, will then form a bond with this chlorine.

And the way it would do it, this chlorine over here I'm just drawing the free electron pairs.

World Chlorine Council

One mole of chlorine could refer either to chlorine atoms, as in 58.44 g of sodium chloride, or to chlorine molecules, as in 22.711 liters of chlorine gas at STP.

Look at the quality of the free paper compared to your lousy regular paper!

Why would you complain about getting free paper?

This chlorine has 1,2,3,4,5,6,7 valence electrons, and this chlorine over here has 1,2,3,4,5,6,7 valence electrons.

Free? Aren't you just giving me my own paper?

Egad, man! Look at the quality of the free paper compared to your lousy regular paper!

So that's another molecular chlorine.

For example, the atomic number of chlorine is 17 this means that each chlorine atom has 17 protons and that all atoms with 17 protons are chlorine atoms.

let's say we start with chlorine.

So let me draw the chlorine.

Now, it's bonded to a chlorine.

The hydrogen and this chlorine have bonded.

So if he bumps into another molecular chlorine in just the right way so let me draw another molecular chlorine.

See, I always confused fluorine with chlorine because

Plus your chlorine anion in an aqueous solution.

So this guy is much more likely to bump into another molecular chlorine than he is to bump into one of these original free radicals that formed.

) This is typically done with chlorine and nitrogen gas.

I checked Mrs. Halperin's lungs for traces of chlorine.

And, of course, the chlorine atom is going to be very attracted to that other side, so the chlorine atom might be right over here.

Chlorine dioxide is a chemical compound with the formula ClO2.

But the general idea here that I wanted to show you is that once a free radical reaction starts the first step requires some energy to break this chlorine chlorine bond, but once it happens, these guys are highly reactive, will start reacting with other things, and as they react with other things, it causes more and more free radicals, so it starts this chain reaction.

In 2003, 4,170,340 chlorine checks were carried out in individual dwellings.

We talked about salts, so that sodium, potassium, chlorine being reabsorbed.

So the chlorine atom might want to hang out right here.

Well, after that happens this is now bonded to a chlorine.

They can bond with each other and form molecular chlorine again.

Well, what's the easiest way for the chlorine to get eight electrons?

We're going to have potassium and we're going to have chlorine ions.

You'd be left with the hydrogen and the chlorine would have bonded.

And then he might be able to react with another chlorine molecule.

Chlorine dioxide is also superior to chlorine when operating above pH 7, in the presence of ammonia and amines and or for the control of biofilms in water distribution systems.

Paper! Paper!

Paper! Paper!