Number of $C l^{-}$ ions satisifying both primary and secondary valency are in $C o C l_{3} 5 N H_{3}$ .

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Solution

Here,
$[C o {(N H_{3})}_{5} c l] c l_{2}$
$1 c l$ shows dual behavior because $5 N H_{3}$ satisfy valency and remaining $1$ secondary valency satisfy by $c l$ .

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Number of Cl− ions satisifying both primary and secondary valency are in CoCl35NH3.

Here,[Co(NH3)5cl]cl2 1cl shows dual behavior because 5NH3 satisfy valency and remaining 1 secondary valency satisfy by cl.

Number of $C l^{-}$ ions satisifying both primary and secondary valency are in $C o C l_{3} 5 N H_{3}$ .

Here,
$[C o {(N H_{3})}_{5} c l] c l_{2}$
$1 c l$ shows dual behavior because $5 N H_{3}$ satisfy valency and remaining $1$ secondary valency satisfy by $c l$ .