[" Boric acid is an acid because its molecule "],[" (1) Contains replaceable "H^(*)" ion "],[" (3) Gives up a proton "],[" (3) Accepts OH- from water releasing proton "],[" (4) Combines with proton from water molecule "]

Ion formed when a proton is removed from water.

Water releases protons. Twelve water molecules will release

Water releases protons. Twelve water molecules will release

Water releases protons. Twelve water molecules will release

Water releases protons. Twelve water molecules will realease

When a strong acid, strong base or their salt are dissolved in water, they are completely ionised. If a strong acid is added to a strong base, H^(+) ions from the former combine with OH^(-) ions of the latter forming water. The formation of each water molecule liberates a certain quantity of energy and the reaction is exothermic. The heat liberated when one mole of water is formed by combining hydrochloric acid sodium hydroxide is 13.7 kcal. The heat liberated when one mole of water is formed by combining sulphuic acid and sodium hydroxide is

When a strong acid, strong base or their salt are dissolved in water, they are completely ionised. If a strong acid is added to a strong base, H^(+) ions from the former combine with OH^(-) ions of the latter forming water. The formation of each water molecule liberates a certain quantity of energy and the reaction is exothermic. The heat liberated when one mole of water is formed by combining hydrochloric acid sodium hydroxide is 13.7 kcal. The heat liberated when one mole of water is formed by combining sulphuic acid and sodium hydroxide is

Boric acid (H_(3)BO_(3)) prepared from