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Definition of Sn3S4
Sn3S4, also known as mercury(II) sulfide or in English as “tin(II) sulfide”, is a chemical substance with a molar mass of 608.21 g/mol. The molecular structure of Sn3S4 includes 3 atoms of Sn (mercury) and 4 atoms of S (sulfur). Due to this ratio, they form a complex ion, Sn3S4^2-, in which 3 Sn2+ atoms are linked to 4 S2- atoms. -
Properties of Sn3S4
The physical properties of Sn3S4 include a solid state at room temperature, black color, and no smell. The chemical properties of Sn3S4 are related to its ability to react with other substances, such as metals, acids, non-metals, and salts. -
Common chemical equations of Sn3S4
Since Sn3S4 is not a common reagent in chemical reactions, there are not many examples of its reaction with metals, acids, non-metals, or salts. However, it can react with strong acids to form other substances. -
Preparation of Sn3S4
Currently, Sn3S4 is generally not prepared in the laboratory or industrially due to limited practical applications.