The dipole moment of CO2 is zero- which implies that-

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CO2 has the structure as-xA0-O-C-O in which-xA0-there is bond dipole moment -C-O bond-xA0-But- as the-xA0-dipole moment of one bond is cancelled by other- the-xA0-structure of CO2 is a-xA0-linear- So-xA0-CO2 has zero dipole moment because it is a linear molecule-

The dipole moment of $C O_{2}$ is zero, which implies that:

$C O_{2}$ has the structure as $O = C = O$ in which there is bond dipole moment (C-O bond). But, as the dipole moment of one bond is cancelled by other, the structure of $C O_{2}$ is a linear. So, $C O_{2}$ has zero dipole moment because it is a linear molecule.

The dipole moment of CO2 is zero, which implies that:

CO2 has the structure as O=C=O in which there is bond dipole moment (C-O bond). But, as the dipole moment of one bond is cancelled by other, the structure of CO2 is a linear. So, CO2 has zero dipole moment because it is a linear molecule.

The dipole moment of $C O_{2}$ is zero, which implies that:

$C O_{2}$ has the structure as $O = C = O$ in which there is bond dipole moment (C-O bond). But, as the dipole moment of one bond is cancelled by other, the structure of $C O_{2}$ is a linear. So, $C O_{2}$ has zero dipole moment because it is a linear molecule.