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Choose correct statement regarding complex. [Fe(CO)3(NO)3]3 in which ligands are 2 electron donors. 1 hybridization sp3d2 2. Hybridization d2sp3?
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Choose correct statement regarding complex. [Fe(CO)3(NO)3]3 in which l...
Complex [Fe(CO)3(NO)3]3



  • The ligands in the complex, CO and NO, are both 2-electron donors.

  • The hybridization of the complex can be determined using the VSEPR theory.

  • The central metal ion, Fe, has a d^8 electron configuration.



Hybridization sp3d2



  • The coordination number of the Fe ion in the complex is 6.

  • Based on the VSEPR theory, the complex has an octahedral geometry.

  • The hybridization of the Fe ion in the complex is sp3d2.

  • The sp3d2 hybridization allows for the coordination of six ligands in an octahedral arrangement around the Fe ion.



Hybridization d2sp3



  • The hybridization of d2sp3 is not possible for the Fe ion in the complex.

  • This is because the d2sp3 hybridization requires a coordination number of 5, which is not observed in the complex.

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Choose correct statement regarding complex. [Fe(CO)3(NO)3]3 in which ligands are 2 electron donors. 1 hybridization sp3d2 2. Hybridization d2sp3?
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