What type of forces must the polar water molecules break to dissolve ethanol, C2H5OH?

A) metallic

B) covalent bonding

C) hydrogen bonding

D) electrostatic attraction

Question

Hadley Reyes

Chemistry

28 October, 02:18

What type of forces must the polar water molecules break to dissolve ethanol, C2H5OH?

A) metallic

B) covalent bonding

C) hydrogen bonding

D) electrostatic attraction

+4

Answers (1)

Know the Answer?

Russell Mays · Answer 1

Option B

Covalent Bonding

Explanation:

Covalent bonds in C2H5OH are formed between the carbon and hydrogen atoms, where there are shared electron pairs.

This is a weak form of attraction that holds the C2H5OH molecule together, and can easily be broken by a polar solvent such as water.

In order for water to be able to dissolve the C2H5OH molecule, it must break the covalent bonding present in the molecule

What type of forces must the polar water molecules break to dissolve ethanol, C2H5OH?A) metallicB) covalent bondingC) hydrogen bondingD) electrostatic attraction

What type of forces must the polar water molecules break to dissolve ethanol, C2H5OH?

A) metallic

B) covalent bonding

C) hydrogen bonding

D) electrostatic attraction