k Marble reacting with an acid Marble reacting with an acid. Carbon dioxide gas being produced in a beaker from the reaction of marble with hydrochloric acid. The main component of marble is calcium carbonate. The other products of this reaction are water and calcium chloride. The chemical equation for the reaction is CaCO3 2.HCl CaCl2 H2O CO2. This is the same mechanism by which acid rain erodes statues, and by which weakly acidifed rain erodes limestone rocks to form caves and other structures in limestone landscapes. Stock Photo - Afloimages
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Marble reacting with an acid Marble reacting with an acid. Carbon dioxide gas being produced in a beaker from the reaction of marble with hydrochloric acid. The main component of marble is calcium carbonate. The other products of this reaction are water and calcium chloride. The chemical equation for the reaction is: CaCO3   2.HCl    CaCl2   H2O   CO2. This is the same mechanism by which acid rain erodes statues, and by which weakly acidifed rain erodes limestone rocks to form caves and other structures in limestone landscapes.
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Marble reacting with an acid

Marble reacting with an acid. Carbon dioxide gas being produced in a beaker from the reaction of marble with hydrochloric acid. The main component of marble is calcium carbonate. The other products of this reaction are water and calcium chloride. The chemical equation for the reaction is: CaCO3 + 2.HCl => CaCl2 + H2O + CO2. This is the same mechanism by which acid rain erodes statues, and by which weakly acidifed rain erodes limestone rocks to form caves and other structures in limestone landscapes.

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