In three dimension wave function may be expressed in spherical co-ordinate system (r,0,phi),r=distance of electron from the nucleus 0= Angle from 'z' axis varying from 0 to pi phi = Angle from 'x' axis …… 0 to 2pi ltbr. Psi may be represented as Psi (r,0,phi)=R (r) .A(0, phi) The R(r) is detemind by 'n' and 'l'. The A (0,phi) is determined by 'l' and 'm'. Which of the following is R(r) part of '3p' atomic orbital of hydrogen atom ["Given" alpha_(0) = 0.529 "Å"]?

In three dimension wave function may be expressed in spherical co-ordi

1.	In three dimension wave function may be expressed in spherical co-ordinate system (r,0,phi),r=distance of electron from the nucleus 0= Angle from 'z' axis varying from 0 to pi phi = Angle from 'x' axis …… 0 to 2pi ltbr. Psi may be represented as Psi (r,0,phi)=R (r) .A(0, phi) The R(r) is detemind by 'n' and 'l'. The A (0,phi) is determined by 'l' and 'm'. Which of the following is R(r) part of '3p' atomic orbital of hydrogen atom ["Given" alpha_(0) = 0.529 "Å"]?
Answer» `(2)/((a_(0))^(3//2))e^(-R//a_(0))` `(2)/(27)((1)/(3a_(0)))^(3//2)(27-18(r)/(a_(0))+2(r)/(a_(0)^(2)))e^(-r//3a_(0))` `(2)/((2a_(0))^(3//2))(2-(r)/(a_(0)))e^(-r//2a_(0))` `(1)/(81 SQRT 3)((2)/(a_(0)))^(3//2)(6-(r)/(a_(0)))e^(-r//3a_(0))` Answer :d