Calculate the difference in the net stabilization energies (in kJmol−1) of Fe2+ octahedral complexes with CN− ligands (Δ0=25000 cm−1) and with H2O ligands (Δ0=10000 cm−1). Given that the pairing energy, Ep=15000 cm−1 for Fe2+ ion in both the complexes. (Given: h = 6×10−34 Jsec, Avogadro's Number = 6×1023, Speed of light =3×108 m sec−1)

Calculate the difference in the net stabilization energies (in kJmol�

1.	Calculate the difference in the net stabilization energies (in kJmol−1) of Fe2+ octahedral complexes with CN− ligands (Δ0=25000 cm−1) and with H2O ligands (Δ0=10000 cm−1). Given that the pairing energy, Ep=15000 cm−1 for Fe2+ ion in both the complexes. (Given: h = 6×10−34 Jsec, Avogadro's Number = 6×1023, Speed of light =3×108 m sec−1)
Answer» Calculate the difference in the net stabilization energies (in $k J m o l^{- 1})$ of $F e^{2 +}$ octahedral complexes with $C N^{-}$ ligands ( $Δ_{0} = 25000 c m^{- 1})$ and with $H_{2} O$ ligands $(Δ_{0} = 10000 c m^{- 1})$ . Given that the pairing energy, $E_{p} = 15000 c m^{- 1}$ for $F e^{2 +}$ ion in both the complexes. (Given: h = $6 \times 10^{- 34}$ Jsec, Avogadro's Number = $6 \times 10^{23}$ , Speed of light = $3 \times 10^{8} m s e c^{- 1}$ )