Common table salt is Sodium Chloride and it is formed by combining sodium and chlorine.
When an acid reacts with a carbonate, it forms carbon dioxide gas, water, and a salt. The general chemical equation for this reaction is: acid + carbonate -> carbon dioxide + water + salt. For example, when hydrochloric acid and calcium carbonate react, the products formed are carbon dioxide, water, and calcium chloride.
Yes it is the salt formed from the reaction of Sodium Hydroxide and acetic acid.
The word equation for the reaction of sodium hydrogencarbonate with an acid can be represented as: sodium hydrogencarbonate + acid -> salt + water + carbon dioxide. The specific salt formed will depend on the specific acid used in the reaction.
If hydrochloric acid is added to a beaker, the salt formed will depend on the other reactant present. For example, if sodium hydroxide is also present, sodium chloride (table salt) will be formed. The specific salt formed will depend on the combination of the acid and base used in the reaction.
The word equation for the preparation of hydrogen gas is: metal + acid → salt + hydrogen gas. For example, when hydrochloric acid reacts with zinc, it produces zinc chloride salt and hydrogen gas.
The equation is: NaOH + HCl = NaCl + H2O
When an acid reacts with a carbonate, it forms carbon dioxide gas, water, and a salt. The general chemical equation for this reaction is: acid + carbonate -> carbon dioxide + water + salt. For example, when hydrochloric acid and calcium carbonate react, the products formed are carbon dioxide, water, and calcium chloride.
The equation that represents the dissociation in solution of a salt formed at a trivalent cation and a bivalent anion is typically written as: M3X2(s) → 3M3+(aq) + 2X2-(aq) In this equation, M represents the trivalent cation and X represents the bivalent anion. The salt dissociates into three trivalent cations and two bivalent anions in the aqueous solution.
Yes it is the salt formed from the reaction of Sodium Hydroxide and acetic acid.
The word equation for the reaction of sodium hydrogencarbonate with an acid can be represented as: sodium hydrogencarbonate + acid -> salt + water + carbon dioxide. The specific salt formed will depend on the specific acid used in the reaction.
I give an example for ammonium salt ....hmm.... lets just take ammonium chloride as an example . How about alkali ? I take calcium hydroxide as an example for alkali . Calcium hydroxide is formed when calcium oxide reacts with water whereas ammonium chloride is formed when hydrochloric acid reacts with ammonia solution . Calcium hydroxide (alkali) + ammonium chloride (ammonium salt) --> calcium chloride + carbon dioxide + water .
If hydrochloric acid is added to a beaker, the salt formed will depend on the other reactant present. For example, if sodium hydroxide is also present, sodium chloride (table salt) will be formed. The specific salt formed will depend on the combination of the acid and base used in the reaction.
The word equation for the preparation of hydrogen gas is: metal + acid → salt + hydrogen gas. For example, when hydrochloric acid reacts with zinc, it produces zinc chloride salt and hydrogen gas.
The general word equation for the reaction between acids and metal oxides is: acid + metal oxide -> salt + water. The specific salt formed depends on the acid and metal oxide involved in the reaction.
When an acid reacts with a carbonate, a salt, CO2, and water is formed. For example: HCl + NaCO3 ---> NaCl + CO2 + H2O
When an acid and a base are mixed it will give rise to a salt and water. For example HCl reacts with NaOH to give NaCl and H2O. The basic formula for the reaction of an acid and base is: HA + BOH ----> AB + H2O [acid] [base] [salt] [water]
When acid and base combine, they give a salt and water. NaOH + HCl -------> NaCl + H2O.