Among the species:
∙CH₃ , ∙ClO₃ , O₂, NOF₃, O₃ , P₃O₄, NO₂
If $X$ ⟶ number of paramagnetic species
$Y$ ⟶ number of species having $π$ - bond,
then the number of degenerate orbitals in $\frac{( X + Y ) ^{t h}}{4}$ excited state of Li²⁺ is _______.

Question

Among the species:

∙CH₃ , ∙ClO₃ , O₂, NOF₃, O₃ , P₃O₄, NO₂

If $X$ ⟶ number of paramagnetic species

$Y$ ⟶ number of species having $π$ - bond,

then the number of degenerate orbitals in $\frac{( X + Y ) ^{t h}}{4}$ excited state of Li²⁺ is _______.

TestHub · Accepted Answer

X = 4 Y = 4

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