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Making the world better, one answer at a time. No.Since, lithium nitrate (LiNO3) is a salt of strong acid and strong base,there willbe approximately equal amounts of H and OH ions in its water solution.Therefore,it will be neutral to litmus.THerefore,it is neither acid nor base but,it is neutral.aking the world better, one answer at a time. No.Since, lithium nitrate (LiNO3) is a salt of strong acid and strong base,there willbe approximately equal amounts of H and OH ions in its water solution.Therefore,it will be neutral to litmus.THerefore,it is neither acid nor base but,it is neutral.
Best Answer: One can think of a salt as the product of the reaction of a strong acid and a strong base. This is not always the case. Cations of weak bases are usually acidic, and anions of weak acids are usually basic. Cations of strong bases are neutral, anions of strong acids are neutral.So, ammonium salts (ammonia is a weak base) are acidic because in aqueous solution they can dissociate into ammonia and a proton. Halide anions are neutral, with the exception of F-, which is basic, because HF is a weak acid.Metal cations are generally neutral (with a few exceptions, like Fe+++). Salts of weak acid/weak base, and strong acid/strong base like ammonium cyanide and sodium chloride, are neutral. would arrange the salts this way: Neutrals: LiNO3, SrBr2, NH4CN LiNO3 and SrBr2 are the products of strong acid/strong base NH4CN is the product of weak acid/weak base Acids: NH4Br, NH4ClO4 Both are products of strong acid/weak base Bases: LiF, KCN Both are products of strong base/weak acid. Source(s):