Ca(ClO3)2.
The correct formula for a compound with one calcium atom and two fluorine atoms is CaF2, which is called calcium fluoride.
CaSO4 is Calcium Sulphate. Do not confuse with :- CaSO3 which is Calcium Sulphite CaS which is Calcium sulphide. Note the ONE letter difference in the sulphur anion spelling.
Stannous chlorate is the other name for tin (II) chlorate.
The correct formula for an ionic compound composed of potassium and hydroxide is KOH, where K represents potassium and OH represents hydroxide.
The names "Calcium and sulfur" and "Sulfur calcium" are incorrect because they do not follow the standard naming conventions for chemical compounds. In this case, the correct name for the compound formed by calcium and sulfur would be calcium sulfide.
The correct name of the compound CaCl2*6H2O is calcium chloride hexahydrate.
CaO is the chemical formula of calcium oxide.
The correct formula for a compound with one calcium atom and two fluorine atoms is CaF2, which is called calcium fluoride.
CaSO4 is Calcium Sulphate. Do not confuse with :- CaSO3 which is Calcium Sulphite CaS which is Calcium sulphide. Note the ONE letter difference in the sulphur anion spelling.
Marble is known as Calcium Carbonate (CaCO3) in terms of chemical formula.
The calcium salt should be Ca(ClO2)2, Calcium chlorite.
calcium oxide (A+)
Ca(ClO4)2 is calcium per chlorate, the oxidation state of Cl atom herein is 7 (highest possible)
CuCI is made out of calcium and chlorine . The compound is called calcium chlorine.
The ionic compound with the formula unit CaCl2 is calcium chloride. Generally, when you name an ionic compound composed of a metal and a nonmetal, the name of the metal is first and is not altered. The nonmetal is named second and the end is changed to the suffix -ide.
Stannous chlorate is the other name for tin (II) chlorate.
The formula CaCl2 represents the compound calcium chloride. It consists of calcium ions (Ca2+) and chloride ions (Cl-). The subscript "2" indicates that there are two chloride ions for every one calcium ion in the compound.