Tin (III) oxide, abbreviated as Sn3O3, is also known under the common name of mercury (II) oxide. In English, we call it “Tin(III) Oxide”.
Sn3O3 is a synthetic chemical composed of 3 Tin atoms and 3 Oxygen atoms. The atomic mass of Sn3O3 is respectively 50 and 16 for Tin and Oxygen. Therefore, the atomic weight of Sn3O3 is 132 (with the weight of Tin) plus 48 (with the weight of Oxygen) totaling 180. The structure of Sn3O3 molecule includes 3 Tin ions and 3 Oxygen ions.
In terms of properties, Sn3O3 is a solid substance, colorless and has no characteristic odor. Under normal conditions, Sn3O3 is quite stable and does not react strongly with other substances.
Regarding chemical properties, Sn3O3 is capable of reacting with metals, acids and non-metals under certain conditions. However, Sn3O3 does not regularly participate in such chemical reactions.
Sn3O3 is usually synthesized in the laboratory through the thermal decomposition of Tin (II) hydroxide or Tin (II) oxide. In industry, Sn3O3 is not typically produced based on its chemical properties and applications.
Note: Sn3O3 is not a common chemical, and information about it may be limited or inaccurate. Please refer to reliable sources for more accurate and complete information.