describe-the-bonding-in-rhbr4-using-the-valence-bond-theory-draw-the-orbital-dia

Question

Describe the bonding in [RhBr₄]^- using the valence bond theory. Draw the orbital diagrams for both the free and complex metal ions. Determine the number of electrons that are unpaired and the hybrid orbital used for bonding in the complex.

Accepted Answer

The complex has coordinate covalent bonds. The orbitals for the free metal ion and the complex metal ion are shown below. The complex has two unpaired electrons and four dsp² hybrid orbitals used for bonding.

Answer

The complex has coordinate covalent bonds. The orbitals for the free metal ion and the complex metal ion are shown below. The complex has zero unpaired electrons and four d²sp hybrid orbitals used for bonding.

Answer

The complex has coordinate ionic bonds. The orbitals for the free metal ion and the complex metal ion are shown below. The complex has zero unpaired electrons and four dsp² hybrid orbitals used for bonding.

Answer

The complex has coordinate ionic bonds. The orbitals for the free metal ion and the complex metal ion are shown below. The complex has zero unpaired electrons and four dsp² hybrid orbitals used for bonding.

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Describe the bonding in [RhBr₄]^- using the valence bond theory. Draw the orbital diagrams for both the free and complex metal ions. Determine the number of electrons that are unpaired and the hybrid orbital used for bonding in the complex.

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Describe the bonding in [RhBr4]- using the valence bond theory. Draw the orbital diagrams for both the free and complex metal ions. Determine the number of electrons that are unpaired and the hybrid orbital used for bonding in the complex.

Describe the bonding in [RhBr₄]^- using the valence bond theory. Draw the orbital diagrams for both the free and complex metal ions. Determine the number of electrons that are unpaired and the hybrid orbital used for bonding in the complex.