Ag3As, also known as Arsenic(III) Silver, is a chemical compound formed from three silver atoms (Ag) and one arsenic atom (As). The molar mass of Ag3As is calculated to be 462.504 g/mol. The molecular structure of Ag3As consists of three Ag+ ions linked to one As3- ion.
In terms of physical properties, Ag3As appears solid under laboratory conditions, colorless and odorless. In terms of pH, Ag3As does not directly affect the environment’s pH as it neither produces nor consumes H+ or OH- ions.
The chemical properties of Ag3As are also quite unique. It does not participate in redox reactions, nor does it react with any strong acids.
Ag3As is not a common substance, so there aren’t many common chemical equations involving it.
There are many ways to synthesize Ag3As. In the lab, you can create it through the reaction between AgNO3 and Na3AsO3. Industrially, Ag3As is typically produced by alloying Ag and As in air.
Please note that Ag3As is a toxic substance and must be handled with care. Contact with skin, inhalation, or ingestion can cause serious symptoms, including arsenic poisoning.