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So I know that ml is the number of orbitals and equals -l to +l...
as in 2p6...
quantum # equals 2
l=1 (or P subshell)
so there are 3 orbitals, each relating to -1,0,1
but...what is the MEANING of -1,0,1...besides from the fact that they represent the x,y,z axis...?
Also, is there a good way to think of why the S orbital is higher in NRG than the P orbital...etc...
thanks
as in 2p6...
quantum # equals 2
l=1 (or P subshell)
so there are 3 orbitals, each relating to -1,0,1
but...what is the MEANING of -1,0,1...besides from the fact that they represent the x,y,z axis...?
Also, is there a good way to think of why the S orbital is higher in NRG than the P orbital...etc...
thanks
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