How Does the Additional Electron in (O2)- Affect Its Paramagnetism?

Gnorrell
Messages
3
Reaction score
0
O2 has two unpaired electrons, therefore it's quite strong paramagnetism.

But what about (O2)-, the negatively charged O2 ion?

Am I right in assuming that due to the additional electron one unpaired electron will get together with it, so that overall it should still be paramagnetic, but not so strong anymore?

Or does the additional electron behave somehow differently and doesn't change the paramagnetism, or even increases it?
It couldn't find much info about the behavior of ions in this relation, so I would be grateful for any explanation in this direction.

Thanks
 
Physics news on Phys.org
OK, in the meantime I did find out (after a thorough search on the net), that (O2)- is really paramagnetic, and that it really just has one unpaired electron. So it is paramagnetic, but less than O2. This is what I guessed, but now I know...
 
To solve this, I first used the units to work out that a= m* a/m, i.e. t=z/λ. This would allow you to determine the time duration within an interval section by section and then add this to the previous ones to obtain the age of the respective layer. However, this would require a constant thickness per year for each interval. However, since this is most likely not the case, my next consideration was that the age must be the integral of a 1/λ(z) function, which I cannot model.
Back
Top