Question

The dissociation of water ... releases free H^+ ions into the solution. is quickly reversed, giving neutral water molecules. involves pairs of water molecules. Both (a) and (b). Both (b) and (c).

Answer 1

The dissociation of water involves pairs of water molecules, and as H+ ions are formed, they bond with H₂O molecules to form H3O+. This process is quickly reversed, resulting in the formation of neutral water molecules.

Step-by-step explanation:

The dissociation of water involves pairs of water molecules. As H+ ions are formed, they bond with H₂O molecules in the solution to form H3O+. This is quickly reversed, giving neutral water molecules. Therefore, the correct answer is (b) Both (b) and (c).

Answer 2

The dissociation of water involves pairs of water molecules and releases H+ ions into the solution. This process is quickly reversed and can also result in the formation of neutral water molecules.

Step-by-step explanation:

The dissociation of water involves pairs of water molecules. When water dissociates, one water molecule donates its proton to another water molecule, creating H+ ions. These H+ ions bond with H2O molecules to form the hydronium ion (H3O+). The dissociation of water is a reversible reaction, meaning water molecules can also recombine to form neutral water molecules.