Among the given complexes that possess CO lig | vedclass

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(C) The structures of the given metal carbonyls are as follows:$I. [Co_2(CO)_8]$: It exists in a bridged form in the solid state,containing two $CO$ b

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$I, II \& IV$

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(C) The structures of the given metal carbonyls are as follows:$I. [Co_2(CO)_8]$: It exists in a bridged form in the solid state,containing two $CO$ bridges.$II. [Fe_3(CO)_{12}]$: It contains two $CO$ bridges in its structure.$III. [Mn_2(CO)_{10}]$: It has a direct $Mn-Mn$ bond and no $CO$ bridges.$IV. [Fe_2(CO)_9]$: It contains three $CO$ bridges.Thus,the complexes with $CO$ bridges are $I, II,$ and $IV$.

Among the given complexes that possess $CO$ ligand bridges are:
$\underset{I}{[Co_2(CO)_8]} \quad \underset{II}{[Fe_3(CO)_{12}]} \quad \underset{III}{[Mn_2(CO)_{10}]} \quad \underset{IV}{[Fe_2(CO)_9]}$

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Among the given complexes that possess $CO$ ligand bridges are:$\underset{I}{[Co_2(CO)_8]} \quad \underset{II}{[Fe_3(CO)_{12}]} \quad \underset{III}{[Mn_2(CO)_{10}]} \quad \underset{IV}{[Fe_2(CO)_9]}$