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Silver is typically found in nature in the form of compounds, such as silver sulfide or silver chloride. However, it can also be found in its pure elemental form, especially when it occurs as native silver in deposits of ore.
Calcium carbonate is an example of a chemical compound that is used in a variety of applications, including as a dietary supplement, antacid, and in the manufacturing of cement, paper, and plastics.
Potassium carbonate is an ionic lattice--a soluble salt--which is naturally occurring as a mixture of salts. After a electrolysis process (in industrial level), crystalline salt can be obtained. It is widely used in soap and glass industries to mix with other substances.
Silver = Ag+1 Carbonate = CO3-2 Formula is: Ag2(CO3)
The compound KNaCO3 is called potassium sodium carbonate.
Silver bi-carbonate, or 'Silver hydrogen carbonate'.
The ionic compound for Ag2CO3 is silver carbonate.
The compound formula for silver and hydrogen carbonate is AgHCO3.
The formula for silver carbonate is Ag2CO3. It consists of two silver (Ag) ions and one carbonate (CO3) ion.
Silver carbonate: Ag2CO3 Silver oxalate: Ag2C2O4
Neither. Pure silver is an element.
Silver nitrate is a compound composed of the elements silver, nitrogen, and oxygen. It is not a pure element, but a chemical compound.
Silver is an element, not a compound. There are no metals that are compounds.
Gold (III) carbonate is not a stable compound and does not exist in a pure form.
A pure sample of calcium is a silver-white metal that is highly reactive and not typically found in its elemental form in nature. It is commonly found in compound form, such as calcium carbonate in rocks like limestone, or in calcium phosphate in bones and teeth.
Assuming it is pure silver, it would be an element.
Calcium carbonate is a pure substance because it has a fixed composition of calcium and carbonate ions. However, it is not an element because it is a compound made up of multiple elements (calcium, carbon, and oxygen) chemically bonded together.