How does the shape of a molecule predict its polarity? Polar molecules are usually:

A. Less likely to contain hydrogen

B. More symmetrical than non-polar

C. Less symmetrical than non-polar

D. More likely to contain hydrogen

Question

Jake Pace

Chemistry

1 October, 07:51

How does the shape of a molecule predict its polarity? Polar molecules are usually:

A. Less likely to contain hydrogen

B. More symmetrical than non-polar

C. Less symmetrical than non-polar

D. More likely to contain hydrogen

+1

Answers (1)

Know the Answer?

Girl · Answer 1

C. Less symmetrical than non-polar.

Explanation:

If molecule is symmetrical it can contain polar bond, but sum of all polar moments are equal to zero, and therefore molecule is non-polar.

Hydrogen atom is usually very easy to "polarize", respectively to drag electron pair from it. Because of that lots of molecules that contain hydrogen atoms are polar. Of course greater role in polarity is symmetry of molecules.

How does the shape of a molecule predict its polarity? Polar molecules are usually:A. Less likely to contain hydrogenB. More symmetrical than non-polarC. Less symmetrical than non-polarD. More likely to contain hydrogen

How does the shape of a molecule predict its polarity? Polar molecules are usually:

A. Less likely to contain hydrogen

B. More symmetrical than non-polar

C. Less symmetrical than non-polar

D. More likely to contain hydrogen