Condsider the following combination of atomic orbitals : combinding orbitals (internuclear axis ) Combindig orbitals (internuclear axis). (i) s+p_(x)(x)(ii)d_(xy)+d_(xy)(x)(iii)d_(xy)+P_(x)(z)(iv)s+s(z)(v)d_(yz)+d_(yz)(x)(vi)p_(x)+p_(x)(z)(vii)d_(z^(2))+d_(z^(2))(z)(viii)d_(xy)+d_(xy)(z)(ix)p_(x)+p_(x)(y)(x)s+p_(z)(x) Then calculate value of a^(2)+b^(2)+2cd. (where a=sigma M.O.,b=pi M.O. , C=delta M.O., d=non-bonding M.O.)

Condsider the following combination of atomic orbitals : combinding o

1.	Condsider the following combination of atomic orbitals : combinding orbitals (internuclear axis ) Combindig orbitals (internuclear axis). (i) s+p_(x)(x)(ii)d_(xy)+d_(xy)(x)(iii)d_(xy)+P_(x)(z)(iv)s+s(z)(v)d_(yz)+d_(yz)(x)(vi)p_(x)+p_(x)(z)(vii)d_(z^(2))+d_(z^(2))(z)(viii)d_(xy)+d_(xy)(z)(ix)p_(x)+p_(x)(y)(x)s+p_(z)(x) Then calculate value of a^(2)+b^(2)+2cd. (where a=sigma M.O.,b=pi M.O. , C=delta M.O., d=non-bonding M.O.)
Answer» ANSWER :`28`