Carbon monoxide acts as a donor and reacts with certain metals to give metal carbonyls. This is due to

Question

Carbon monoxide acts as a donor and reacts with certain metals to give metal carbonyls. This is due to (A) presence of one sigma and two pi bonds between C and O (:C ≡ O:) (B) presence of a lone pair on carbon atom in CO molecule (C) presence of lone pair on oxygen atom in CO molecule (D) poisonous nature of CO

Tardigrade Admin · Accepted Answer

A lone pair of electrons are available on both carbon and oxygen atoms of a carbon monoxide ligand (: C = O :)(: C = O :). Due to the presence of the lone pair of electrons on carbon, it acts as a donor for metal carbonyls.

Q. Carbon monoxide acts as a donor and reacts with certain metals to give metal carbonyls. This is due to

presence of one sigma and two pi bonds between $C$ and $O (: C \equiv O :)$

presence of a lone pair on carbon atom in $CO$ molecule

presence of lone pair on oxygen atom in $CO$ molecule

poisonous nature of $CO$

A lone pair of electrons are available on both carbon and oxygen atoms of a carbon monoxide ligand $(: C = O :) (: C = O :)$ . Due to the presence of the lone pair of electrons on carbon, it acts as a donor for metal carbonyls.

Q. Carbon monoxide acts as a donor and reacts with certain metals to give metal carbonyls. This is due to

presence of one sigma and two pi bonds between C and O(:C≡O:)

presence of a lone pair on carbon atom in CO molecule

presence of lone pair on oxygen atom in CO molecule

poisonous nature of CO

A lone pair of electrons are available on both carbon and oxygen atoms of a carbon monoxide ligand (:C=O:)(:C=O:). Due to the presence of the lone pair of electrons on carbon, it acts as a donor for metal carbonyls.

presence of one sigma and two pi bonds between $C$ and $O (: C \equiv O :)$

presence of a lone pair on carbon atom in $CO$ molecule

presence of lone pair on oxygen atom in $CO$ molecule

poisonous nature of $CO$

A lone pair of electrons are available on both carbon and oxygen atoms of a carbon monoxide ligand $(: C = O :) (: C = O :)$ . Due to the presence of the lone pair of electrons on carbon, it acts as a donor for metal carbonyls.