If \[{{N}_{x}}\]is the number of bonding orbitals of an atom and \[{{N}_{y}}\] is the number of antibonding orbitals, then the molecule/atom will be stable if [DPMT 1996]

If \[{{N}_{x}}\]is the number of bonding orbitals of an atom and \[{{N

1.	If \[{{N}_{x}}\]is the number of bonding orbitals of an atom and \[{{N}_{y}}\] is the number of antibonding orbitals, then the molecule/atom will be stable if [DPMT 1996]
A.	\[{{N}_{x}}>{{N}_{y}}\]
B.	\[{{N}_{x}}={{N}_{y}}\]
C.	\[{{N}_{x}}<{{N}_{y}}\]
D.	\[{{N}_{x}}\le {{N}_{y}}\]
Answer» B. \[{{N}_{x}}={{N}_{y}}\]

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If \[{{N}_{x}}\]is the number of bonding orbitals of an atom and \[{{N}_{y}}\] is the number of antibonding orbitals, then the molecule/atom will be stable if [DPMT 1996]

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