What is Mg2W2O7? Important knowledge about Mg2W2O7.

1. Definition of Mg₂W₂O₇
   Mg₂W₂O₇, also commonly known as Magnesium tungstate, is an inorganic acid-based solid. In English, it is called “Magnesium tungstate”. Mg₂W₂O₇ consists of 2 Magnesium (Mg) atoms, 2 Wolfram (W) atoms and 7 Oxygen (O) atoms. Its molecular weight is 516.2 g/mol. In a Mg₂W₂O₇ molecule, the atoms form a crystal structure. Mg₂W₂O₇ has the ability to form ions based on the sharing and movement of electrons.

2. Properties of Mg₂W₂O₇
   Mg₂W₂O₇ is a solid with a white or light blue color and has no distinctive smell. The pH of Mg₂W₂O₇ ranges from 7 to 9. The chemical properties of Mg₂W₂O₇ include the ability to react with an acid to form a salt and water.

3. Common chemical equation of Mg₂W₂O₇
   The reaction of Mg₂W₂O₇ usually involves metals, acids, nonmetals, and salts.

4. Preparation of Mg₂W₂O₇
   Mg₂W₂O₇ can be prepared in the laboratory from Magnesium and Wolfram tracers. On an industrial scale, Mg₂W₂O₇ is usually produced by melting tungsten ore with magnesium oxide at high temperatures.

Please note: Some detailed information may depend on specific references and may not be complete or accurate in this article.