For a detailed derivation of this example, see the next video on "Term Symbols Example 1". It depends entirely on the system at hand which values of S, L, and J we observe.
@@robergarcia11 it's quantum chemistry. Anything that relates to sub-atomic particles, such as electrons and photons, is quantum mechanics / quantum physics. When the principles of quantum mechanics are used to predict the electronic configuration and, in general, the properties of atoms that constitute chemical elements falls into the field of quantum chemistry.
Each time you introduce term symbols you do so without motivation which makes my brain not care. Then you don't re-enforce by using term symbols in other videos. No motivation, no repeated use and so hard to learn.
Atomic term symbols? More like "Amazing videos for us." Thank you so much for sharing your wisdom! 🙏
thanks sir, good work
why does triplet starts with p?
For a detailed derivation of this example, see the next video on "Term Symbols Example 1". It depends entirely on the system at hand which values of S, L, and J we observe.
Thank you!
Nice, thanks
Nice
i dont understand a single word but thank you anyway
I like quantum mechanics
It's pretty cool.
This is chemistry, not quantum mechanics in my opinion.
@@martindimitrov8956 in your opinion and in reality
@@robergarcia11 It's all related... If you are talking about orbitals and quantum numbers you are definetly in the field of QM, imho.
@@robergarcia11 it's quantum chemistry. Anything that relates to sub-atomic particles, such as electrons and photons, is quantum mechanics / quantum physics. When the principles of quantum mechanics are used to predict the electronic configuration and, in general, the properties of atoms that constitute chemical elements falls into the field of quantum chemistry.
Each time you introduce term symbols you do so without motivation which makes my brain not care. Then you don't re-enforce by using term symbols in other videos. No motivation, no repeated use and so hard to learn.