(s2) : [(j+ 1) e(e+ 1) + s(s + 1)]h 2j(j+1) where s j =...

 

Transcribed Image Text:

(s2) : [(j+ 1) – e(e+ 1) + s(s + 1)]h 2j(j+1) where s· j = s . (e+ s) is computed using Equation 5.3. Thus for j =l+ (s2) = h/2, while for j= l- we have (s:) = -ħj/2(j + 1). The correspond- ing magnetic moments are j=l+글 (u) = [9e (j-2) + 좋9.]4N j=t- (4) = [9 - uN (w) = [g - 9. AN (j+1) 2 j+1 (s2) : [(j+ 1) – e(e+ 1) + s(s + 1)]h 2j(j+1) where s· j = s . (e+ s) is computed using Equation 5.3. Thus for j =l+ (s2) = h/2, while for j= l- we have (s:) = -ħj/2(j + 1). The correspond- ing magnetic moments are j=l+글 (u) = [9e (j-2) + 좋9.]4N j=t- (4) = [9 - uN (w) = [g - 9. AN (j+1) 2 j+1

Answer rating: 100% (QA)

Which looks same with ... View the full answer