hydrogen carbonate (aka bicarbonate) is the polyatomic ion you're looking for.
Mg(HCO3)2
Mg2+ (HCO3)-
Millions of organic compounds contain carbon, oxygen and hydrogen !
Limestone commonly predominantly contains Calcite and Aragonite which are the two crystal forms of Calcium Carbonate (CaCO3). It commonly also contains detrital clasts (broken pieces of other material) such as flint or chert which are silica. Some limestones also contain the mineral dolomite which is Calcium Magnesium Carbonate (CaMg(CO3))2.
does pantoprazole sodium contain magnesium trisilicate
No. Dolomite is formed by the replacement of Calcium in the mineral calcite by Magnesium, giving the chemical formula (Ca,Mg)CaCO3. Rocks formed largely of calcite are called limestones, and those which show extensive Magnesium substitution in calcite are called Dolomitic limestones.
Yes. Mg2+ is a monatomic ion, but SO42- is a polyatomic ion composed of two elements, sulfur and oxygen.
Chemical formula of magnesium carbonate is MgCO3. Magnesium carbonate contain magnesium, carbon and oxygen.
Andrews salts contain magnesium sulphate, sodium hydrogen carbonate and citric acid
Millions of organic compounds contain carbon, oxygen and hydrogen !
The chemical formula of magnesium carbonate is Mg(CO3)2; this molecule contain one ion of magnesium and two ions of carbonate.
No. It only contains magnesium, carbon, and oxygen.
No. They contain oxygen and carbon. Hence the carbonate.
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If it contain magnesium but no calcium then it would be magnesite.
No, carbonates are not organic even though they contain carbon.
carbon and oxygen
Most antacids contain oxygen and some sort of metal (calcium, sodium, potassium, aluminum, and magnesium are common). Additionally, most will contain hydrogen (in Mg(OH)2 and Al(OH)3), carbon (in CaCO3), or both (in NaHCO3 and KHCO3).
Magnesium is an atom; but as an atom magnesium has 3 stable isotopes and ca. 18 artificial isotopes. And in solutions magnesium exist as the cation Mg2+. Therefore magnesium is atom, has isotopes and also can be ion.