Why is a molecule of CO2 nonpolar even though the bonds between the carbon atom and the oxygen atoms are polar?

(1) The shape of the CO2 molecule is symmetrical.

(2) The shape of the CO2 molecule is asymmetrical.

(3) The CO2 molecule has a deficiency of electrons.

(4) The CO2 molecule has an excess of electrons.

Question

Mila Gentry

Chemistry

20 March, 08:37

Why is a molecule of CO2 nonpolar even though the bonds between the carbon atom and the oxygen atoms are polar?

(1) The shape of the CO2 molecule is symmetrical.

(2) The shape of the CO2 molecule is asymmetrical.

(3) The CO2 molecule has a deficiency of electrons.

(4) The CO2 molecule has an excess of electrons.

+4

Answers (1)

Know the Answer?

Hana Mercer · Answer 1

The answer is 1. Carbon dioxide has two covalent bonds amid every oxygen atom and the carbon atom. When molecules are balanced, though, the atoms pull similarly on the electrons and the control distribution is uniform. Symmetrical molecules are therefore nonpolar.