In spite of being an odd-electron molecule ClO2 does not dimerize because

Question

In spite of being an odd-electron molecule ClO2 does not dimerize because (A) the odd electron is delocalized (B) the odd electron is localized in the chlorine atom (C) the two Cl - O bonds do not have the same length (D) of px - px bonding in the chlorine atom

Tardigrade Admin · Accepted Answer

The odd electron of Cl2 is delocalised that’s why ClO2 does not dimerise.

Q. In spite of being an odd-electron molecule $Cl O_{2}$ does not dimerize because

the odd electron is delocalized

the odd electron is localized in the chlorine atom

the two $Cl - O$ bonds do not have the same length

of $p_{x} - p_{x}$ bonding in the chlorine atom

The odd electron of $C l_{2}$ is delocalised that’s why $Cl O_{2}$ does not dimerise.

Q. In spite of being an odd-electron molecule ClO2​ does not dimerize because

the odd electron is delocalized

the odd electron is localized in the chlorine atom

the two Cl−O bonds do not have the same length

of px​−px​ bonding in the chlorine atom

The odd electron of Cl2​ is delocalised that’s why ClO2​ does not dimerise.

Q. In spite of being an odd-electron molecule $Cl O_{2}$ does not dimerize because

the two $Cl - O$ bonds do not have the same length

of $p_{x} - p_{x}$ bonding in the chlorine atom

The odd electron of $C l_{2}$ is delocalised that’s why $Cl O_{2}$ does not dimerise.