Like most other carbonates, our compound here undergoes decomposition, which means it breaks down into simpler constituent reagents from the silver carbonate formula. What Are The Chemical Properties Of Silver Carbonate? When it comes to solubility, it is very sparsely soluble in water. The hydrogen bond acceptor value for the compound is 3. What Are The Physical Properties Of Silver Carbonate? The melting point of the compound is 218-degree centigrade. The boiling point of the compound is 553.2-degree centigrade. The molecular mass of silver carbonate or the molecular weight of silver carbonate is 275.7453 g/mol. The density of the compound is 6.08 g/cm 3. The IUPAC name of Ag 2 CO 3 is Disilver Carbonate. The silver carbonate formula is Ag 2 CO 3. However, right now, we will look into the silver carbonate structure: Properties Of Silver Carbonate We will also know more about the properties like the molecular weight of silver carbonate, its reactivity, etc. We will get into those discussions eventually. Yet, silver carbonate is a pretty unstable compound. The atoms arrange themselves in the manner shown below to attain stability. The bonds formed in this compound are a result of various factors, the key being: the molecular mass of silver carbonate. ![]() Here you can see the Ag 2 CO 3 structure. Silver Carbonate Structure: What Is The Chemical Geometry Of Ag 2 CO 3 ? Under the influence of photochromic light, it changes color. Another important point and defining characteristic of Ag 2 CO 3 is that it is sensitive to light. This product, which you get, is silver carbonate or Ag 2 CO 3. When you precipitate a silver nitrate solution with an alkaline carbonate, a white mass forms, which, when washed, turns yellow as the soluble salts separate. ![]() Fetizon’s reagent often earns mention when it comes to silver carbonate because the reagent is silver carbonate mixed with celite. Silver carbonate is a very reactive and unstable chemical compound that you can identify in chemical equations using the silver carbonate formula: Ag 2 CO 3.
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