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Definition of As2O2Se:
As2O2Se is a chemical compound with the molecular formula As2O2Se, consisting of 2 Arsenic (As) atoms, 2 Oxygen (O) atoms, and 1 Selenium (Se) atom. In this molecule, the atoms are connected to each other by covalent bonds.
1.1 Names:
1.1.1 Common name: Arsenic oxy selenide
1.1.2 English name: Arsenic oxyselenide
1.2. Atomic mass: Arsenic has an atomic mass of 75, Oxygen has 16, and Selenium has 79.
1.3. Molecular weight: The molecular weight of As2O2Se is 245 (275 + 216 + 79).
1.4. Molecular structure: The molecular structure of As2O2Se has not yet been clearly determined. -
Properties of As2O2Se:
The information about the physical and chemical properties of As2O2Se is limited due to it not typically being handled under laboratory conditions. -
Chemical equation:
Information on the chemical reactions that As2O2Se participates in is also limited. Further research needs to be conducted to understand how it reacts with metals, acids, nonmetals, and salts. -
Synthesis of As2O2Se:
4.1 Laboratory and industrial synthesis of As2O2Se: There is no specific information on how to synthesize As2O2Se in either of these environments.