This is vanadium carbonate.
Li+ is the lithium ion. CO32- is the carbonate ion. Li2CO3 is lithium carbonate.
Calcite is a form (polymorph) of calcium carbonate. This compound has the formula Ca2+CO32-. Calcium carbonate exists in other polymorphs as well. These are aragonite and vaterite.
Oxygen and carbon combine to form calcite in the chemical reaction: Ca2+ + CO32- → CaCO3. This reaction involves calcium ions (Ca2+) bonding with carbonate ions (CO32-) to produce calcium carbonate, which is the chemical composition of calcite.
The chemical formula for the cation in the compound Cr(CO3)2 is Cr2 and for the anion is CO32-.
The chemical formula for the cation in the compound Cr(CO3)3 is Cr3 and for the anion is CO32-.
Li+ is the lithium ion. CO32- is the carbonate ion. Li2CO3 is lithium carbonate.
Calcite is a form (polymorph) of calcium carbonate. This compound has the formula Ca2+CO32-. Calcium carbonate exists in other polymorphs as well. These are aragonite and vaterite.
Carbon is an element, its chemical symbol is 'C'
Oxygen and carbon combine to form calcite in the chemical reaction: Ca2+ + CO32- → CaCO3. This reaction involves calcium ions (Ca2+) bonding with carbonate ions (CO32-) to produce calcium carbonate, which is the chemical composition of calcite.
The chemical formula for the cation in the compound Cr(CO3)2 is Cr2 and for the anion is CO32-.
The chemical formula for the cation in the compound Cr(CO3)3 is Cr3 and for the anion is CO32-.
The conjugate base of CO32- is HCO3- (bicarbonate ion), which is formed by removing one proton from CO32-.
The chemical formula VCl5 is called vanadium pentachloride.
There are three equivalent Lewis structures for CO32.
V was picked for Vanadium's chemical symbol because it is easy to remember a symbol if it is the first letter of the element's name. Sometimes the symbol is the first letter of the element's name in Latin.
The correct name is dimanganese pentasulfide.
2Na+ + CO32- + Sr2+ + 2Cl- --> SrCO3 + 2Na+ + 2Cl- Simplified: Sr2+ + CO32- --> SrCO3 (s)