Which statement best explains water’s ability to dissolve covalent compounds? a. Water can dissolve polar covalent compounds through dipole-dipole interactions. b. Water can dissolve nonpolar covalent compounds through hydrogen-bonding interactions. c. Water can dissolve polar covalent compounds through ion-dipole interactions. d. Water can dissolve nonpolar covalent compounds through dipole-dipole interactions.

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25-05-2015
Chemistry

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Which statement best explains water’s ability to dissolve covalent compounds? a. Water can dissolve polar covalent compounds through dipole-dipole interactions. b. Water can dissolve nonpolar covalent compounds through hydrogen-bonding interactions. c. Water can dissolve polar covalent compounds through ion-dipole interactions. d. Water can dissolve nonpolar covalent compounds through dipole-dipole interactions.

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HistoryGuy HistoryGuy · Answer 1 · 2015-06-01T14:13:29-04:00

HistoryGuy HistoryGuy

01-06-2015

"c. Water can dissolve polar covalent compounds through ion-dipole interactions" is the statement that best explains water’s ability to dissolve covalent compounds.

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RomeliaThurston RomeliaThurston · Answer 2 · 2019-04-25T01:58:22-04:00

Answer: The correct answer is Option a.

Explanation:

A covalent compound is defined as a compound which is formed by the sharing of electrons between the atoms. These are of two types: Polar covalent compound and non-polar covalent compound.

Water is a polar covalent compound.

In polar covalent compound, a dipole is present and when this compound interacts with another polar covalent compound, it is bonded with dipole-dipole interactions. Thus, a polar covalent compound can be easily dissolved in another polar covalent compound.

A non-polar covalent compound cannot be dissolved in a polar covalent compound because of the difference in polarity.

Ion-dipole interactions occur when an ionic compound interacts with a dipole.

Hence, the correct answer is Option a.

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