Concept explainers
(a)
Interpretation:
The crystal field
Concept Introduction:
Crystal field theory: It is used to view the bonding in complexes which form from electrostatic interactions and the effect of ligand charges on metal ion d orbitals energy is considered. The theory helps to know about the color and the magnetic nature of complexes.
In octahedral complex, the negatively charged d electrons get repelled by the negatively charged ligands results in increase of orbitals energy in complex rather than in free metal ion. The orbitals
(b)
Interpretation:
The crystal field
Concept Introduction:
Crystal field theory: It is used to view the bonding in complexes which form from electrostatic interactions and the effect of ligand charges on metal ion d orbitals energy is considered. The theory helps to know about the color and the magnetic nature of complexes.
In octahedral complex, the negatively charged d electrons get repelled by the negatively charged ligands results in increase of orbitals energy in complex rather than in free metal ion. The orbitals
(c)
Interpretation:
The crystal field
Concept Introduction:
Crystal field theory: It is used to view the bonding in complexes which form from electrostatic interactions and the effect of ligand charges on metal ion d orbitals energy is considered. The theory helps to know about the color and the magnetic nature of complexes.
In octahedral complex, the negatively charged d electrons get repelled by the negatively charged ligands results in increase of orbitals energy in complex rather than in free metal ion. The orbitals
(d)
Interpretation:
The crystal field
Concept Introduction:
Crystal field theory: It is used to view the bonding in complexes which form from electrostatic interactions and the effect of ligand charges on metal ion d orbitals energy is considered. The theory helps to know about the color and the magnetic nature of complexes.
In octahedral complex, the negatively charged d electrons get repelled by the negatively charged ligands results in increase of orbitals energy in complex rather than in free metal ion. The orbitals
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Chapter 20 Solutions
General Chemistry: Atoms First
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