(a) There are essentially three bonding concepts used to describe the bonding in coordination compounds. Using the Valence Bond approach, analyse clearly the bonding and magnetism properties of the following complexes: (i) Naz[NIF4] (i) Ko[Co(Br)e] (b) Give the chemical equations that are characterised by the stepwise stability constants at 25°C in an aqueous solution for the formation of copper complexes with ethylenediamine. (c) Based on equations in (b), predict the difference in terms of the formation constant for step 2 and step 3.

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Kindly answer question a, b ,c

(a) There are essentially three bonding concepts used to describe the
bonding in coordination compounds. Using the Valence Bond approach,
analyse clearly the bonding and magnetism properties of the following
complexes:
(i) Naz[NIF4]
(ii) Ka[Co(Br)o)
(b)
Give the chemical equations that are characterised by the stepwise
stability constants at 25°C in an aqueous solution for the formation of
copper complexes with ethylenediamine.
(c)
Based on equations in (b), predict the difference in terms of the formation
constant for step 2 and step 3.
(d)
Explain what will happen if ethylenediamine in (b) is substituted by
bipyridine.
Transcribed Image Text:(a) There are essentially three bonding concepts used to describe the bonding in coordination compounds. Using the Valence Bond approach, analyse clearly the bonding and magnetism properties of the following complexes: (i) Naz[NIF4] (ii) Ka[Co(Br)o) (b) Give the chemical equations that are characterised by the stepwise stability constants at 25°C in an aqueous solution for the formation of copper complexes with ethylenediamine. (c) Based on equations in (b), predict the difference in terms of the formation constant for step 2 and step 3. (d) Explain what will happen if ethylenediamine in (b) is substituted by bipyridine.
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