could you help me find the energy difference between Titanium-48's ground state? I thought by watching this video it would help but I need a little more help. Titanium-48 has a quantum number of 2, 2(l)+1= ESR Lines, or splits. So it will have 5 (permitted/allowed) ESR lines or splits, +/- 2, +/- 1,0. It also has a magnetic moment of 2.82(2 unpaired electrons), don't know if that makes a difference. I want to know the energy per split and I don't know how to solve for that so that I can solve for energy difference between specific splits. Also, I want to know how long will it take to de-excite from said specific split back down, I saw that it would take 10 million years for hydrogen to de-excite on Wikipedia due to its low transition rate of 2.9×10−15 s−1 which I assume is because its an s-s transition which makes it forbidden. If you could help me out in any way it would be more than just greatly appreciated.
could you help me find the energy difference between Titanium-48's ground state? I thought by watching this video it would help but I need a little more help.
Titanium-48 has a quantum number of 2, 2(l)+1= ESR Lines, or splits. So it will have 5 (permitted/allowed) ESR lines or splits, +/- 2, +/- 1,0. It also has a magnetic moment of 2.82(2 unpaired electrons), don't know if that makes a difference.
I want to know the energy per split and I don't know how to solve for that so that I can solve for energy difference between specific splits.
Also, I want to know how long will it take to de-excite from said specific split back down, I saw that it would take 10 million years for hydrogen to de-excite on Wikipedia due to its low transition rate of 2.9×10−15 s−1 which I assume is because its an s-s transition which makes it forbidden.
If you could help me out in any way it would be more than just greatly appreciated.