in part c figure is missing
1) An electron has a wave function Ynim (r,0,0) = (yr e-Kr Yim (0,0). a) What...
An electron has a wave function Ynim (r,0,0) = (nr3 e-Kr Yım(0,0). a) What are nlm and their meaning. What additional quantum number added to nlm? b) Plot wave function and radial probability density for Is, 2s, 2p and comment on physical significance. c) Calculate 3s orbital magnetic moment in units of Bohr magnetron, use Bohr model and effective charge given in figure above. Compare it quantum version.
An electron has a wave function TnSn(r, 8, ) = Cnr3 e–Kr YSn(8, ) . What are nln and their meaning. What additional quantum number added to nln? Plot wave function and radial probability density for 1s, 2s, 2p and comment on physical significance. Calculate 3s orbital magnetic moment in units of Bohr magnetron, use Bohr model and effective charge given in figure above. Compare it quantum version.
1) An electron has a wave function Ynim (r,0,0) = Cnr3 e-Kr Yım(0,0). a) What are nlm and their meaning. What additional quantum number added to nlm? b) Find radial probability density. At what radius is one most likely to find the electron? c) Plot wave function and radial probability density and comment on physical significance.
Q-3 (25pts) The wave function of a ns electron in a hydrogen atom is r -r/(2a) y (,0,0)=1/27 927 (2-3) a) (10pts) Show that y function is already normalized. b) (10pts) Find the energy (En) of the electron. c) (5pts) Write the principle quantum number (n), orbital quantum number (?), and magnetic quantum number (mi) of the hydrogen electron state.