From Eq. (13.87) the normalized radial part of the hydrogenic wave function is Rr(r) = 83 (n - L - 1):712 [per 21.+1 %*

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answerhappygod
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From Eq. (13.87) the normalized radial part of the hydrogenic wave function is Rr(r) = 83 (n - L - 1):712 [per 21.+1 %*

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From Eq 13 87 The Normalized Radial Part Of The Hydrogenic Wave Function Is Rr R 83 N L 1 712 Per 21 1 1
From Eq 13 87 The Normalized Radial Part Of The Hydrogenic Wave Function Is Rr R 83 N L 1 712 Per 21 1 1 (290.34 KiB) Viewed 99 times
From Eq. (13.87) the normalized radial part of the hydrogenic wave function is Rr(r) = 83 (n - L - 1):712 [per 21.+1 %* . e-Pr(Br) 1:44,(Br), e 2n(n + L)! where p = 2Z/nao = Zme>/(27€?). Evaluate (a) (r ) = ºr Rut($r)Rus(Br)rº dr. (b) (x-1) = ' Rmz (Br) Rnz (Bryrº dr. r-Rn_) 0 The quantity (r) is the average displacement of the electron from the nucleus, whereas (r-l) is the average of the reciprocal displacement. do ANS. (r) = 13 LO
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