There are two such tin oxides: Tin (II) oxide with formula SnO and tin (IV) dioxide, with formula
SnO2.
Tin carbonate - SnCO3
You can, but you need heat and charcoal. Tin = Sn Carbon = C Oxygen = O2 SnO2 (tin oxide/tin ore) + C = Sn + CO2 You need to melt the tin ore and charcoal (made of C) together, and the carbon will take the oxygen from the tin oxide, creating carbon dioxide and tin. Voila, have your tin, and your waste compound, carbon dioxide.
Tin (IV) phosphide
Tin (IV) Chloride
It is physically made up of these elements Tin(II), Carbon and Oxygen+3. The specific name is Sulfur Carbonate
This would be referred to as Tin Tetraiodide.
The compound name for SnI2 is tin(II) iodide. The symbol Sn is derived from the Latin word for tin, stannum, so the compound is also sometimes known as stannous iodide.
The systematic name of this ionic compound is Tin(IV) Selenide.
Tin exists in two compounds with oxygen. These compounds vary because of the different oxidation states of tin. The first compound is tin(II) oxide (Sn2+O2-). The second compound is tin(IV) oxide (Sn4+O22-).
Tin Oxide
Tin Flouride
Tin hydride.