UNIT 5: Coordination Compounds
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[Ni(CO)4] is:
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Coordination compounds are used in:
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Hemoglobin contains:
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Magnetic moment depends on:
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Colour in complexes is due to:
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High spin complexes have:
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Δ₀ refers to:
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Splitting of d-orbitals occurs in:
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Crystal field theory explains:
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Weak field ligands produce:
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Strong field ligands cause:
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Square planar complexes use:
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Tetrahedral complexes have hybridization:
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Hybridization in octahedral complex:
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VBT explains:
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Optical isomerism requires:
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Number of geometrical isomers in [Pt(NH3)2Cl2]:
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Fac-mer isomerism is seen in:
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Solvate isomerism involves:
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Coordination isomerism involves:
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Linkage isomerism arises due to:
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Optical isomerism shows:
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Cis–trans isomerism is seen in:
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Geometrical isomerism occurs in:
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Structural isomerism includes:
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Oxidation number is written in:
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Name of [Pt(NH3)2Cl2]:
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Prefix for 5 ligands is:
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Number of ligands is indicated by:
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Fe in anionic complex becomes:
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If complex ion is negative, metal name ends with:
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CN- ligand is called:
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Cl- ligand is named:
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In naming, ligands are arranged:
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Name of [Co(NH3)6]Cl3:
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Double salts dissociate into:
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CN- ligand is:
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Chelating ligands form:
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Heteroleptic complexes contain:
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Homoleptic complexes contain:
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Coordination sphere is:
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Which is an ambidentate ligand?
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Secondary valency corresponds to:
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Primary valency is:
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Oxidation state of Fe in [Fe(CN)6]3- is:
46 / 50
EDTA is a:
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Which ligand is bidentate?
48 / 50
Which is a monodentate ligand?
49 / 50
Coordination number refers to:
50 / 50
The central metal atom/ion in a coordination compound is also called:
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