The wave function of two different orbitals X and Y in Besion are given by - 1 1 3/2 2 (6 - 60 + o2)e-0/12 WX = 93 41 ev ()" (6) + 6. ao 1 3 3/2 Vr =
The wave function of two different orbitals X and Y in Besion are given by - 1 1 3/2 2 (6 - 60 + o2)e-0/12 WX = 93 41 ev
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The wave function of two different orbitals X and Y in Besion are given by - 1 1 3/2 2 (6 - 60 + o2)e-0/12 WX = 93 41 ev
correct answer is A B D . Kindly explain with proper details for each step and each options.
The wave function of two different orbitals X and Y in Besion are given by - 1 1 3/2 2 (6 - 60 + o2)e-0/12 WX = 93 41 ev ()" (6) + 6. ao 1 3 3/2 Vr =
" 5" 0 () (4 – u) e-0/2 coso 6 I J 36 - J 976 ( 470 ao 2zr 2. nao where ao - 1'' Bohr radius of H-atom, z = Charge number of nucleus, r = distance from nucleus From this we can conclude: (4) Total number of nodal surface is same for both orbitals ANS) A BD A TT (B) The angular nodal surface of Y orbital will occur at 0 ber 2. (C) Energy of electron in Y-orbital is greater than in X-orbital (CDV Average distance of X orbital from nucleus is greater than Y orbital
The wave function of two different orbitals X and Y in Besion are given by - 1 1 3/2 2 (6 - 60 + o2)e-0/12 WX = 93 41 ev ()" (6) + 6. ao 1 3 3/2 Vr =
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