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Central Atom and Ligands

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Question

In the complex $C o C l_{3} \cdot 5 N H_{3}$ one $C l^{-}$ ion satisfies primary and secondary valencies of cobalt(III)
If true 1 else 0.
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Solution

The correct option is A 1
Complex $C o C l_{3} \cdot 5 N H_{3}$ has octahedral structure so atleast one $C l^{-}$ ion satisfies primary valency of cobalt(III) and remaining chloride ions satisfies secondary valency.

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Similar questions

C o C l_{3} \cdot 5 N H_{3}

C l^{-}

ion satisfies primary and secondary valencies of cobalt(III).

Q. 1 mole of co-ordinate compound

C o C l_{3}

on reaction with excess AgNCl

143.5

gms of AgCl ppt . Then number of chloride ions satisfying both primary valency and secondary valency are?

[F e (H_{2} O)_{6}] C l_{3}

H_{2} O

are joined by primary valency (PV) and three

C l

are joined by secondary valency (SV).
If true enter 1, else enter 0.

C l^{-}

ions satisifying both primary and secondary valency are in

C o C l_{3} 5 N H_{3}

Q. The primary and secondary valency of a central metal ion in

[C o (N H_{3})_{4} C O_{3}]

C l

complex is _________ and _________ respectively.

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