When one atom of hydrogen (H) combines with one atom of bromine (Br), their bonding results in a molecule of HBr. Which of the following describes the arrangement of valence electrons in a bond between H and Br?

The valence electrons are shared equally between H and Br.

The valence electrons spend more time around the atom of H.

The valence electrons spend more time around the atom of Br.

The valence electrons are given up by the H and gained by the Br.

Question

Owen

Chemistry

23 October, 08:25

When one atom of hydrogen (H) combines with one atom of bromine (Br), their bonding results in a molecule of HBr. Which of the following describes the arrangement of valence electrons in a bond between H and Br?

The valence electrons are shared equally between H and Br.

The valence electrons spend more time around the atom of H.

The valence electrons spend more time around the atom of Br.

The valence electrons are given up by the H and gained by the Br.

+1

Answers (1)

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Herman · Answer 1

The valence electrons are given up by H and gained by Br. This results in 2 ions that are oppositely charged and they are attracted to each other by the charges.

If the valence electrons are shared in a bond (equally or unequally), this is a covalent bond. Equally shared is a nonpolar covalent and unequally shared is a polar covalent bond.