What is Li3BO3? Key knowledge about Li3BO3.

Definition of Li₃BO₃
Li₃BO₃, also known as Lithium Borate, is an inorganic chemical compound formed from three Lithium atoms (Li) and one borate (BO₃). Each Lithium atom has an atomic mass of 6.94 atomic mass units, and borate has an atomic mass of 30.86 atomic mass units. Therefore, the molecular weight of Li₃BO₃ is 51.72 atomic mass units. In the Li₃BO₃ molecule, the Lithium atoms and borate bond together in a tetrahedral shape to form borate ions, where Lithium atoms intersperse with borate ions.

Properties: Li₃BO₃
Li₃BO₃ is a white, odorless solid. Its physical state can vary depending on the temperature and pressure. The chemical properties of Li₃BO₃ include its ability to react with other substances such as metals, acids, nonmetals, and salts.

Common Chemical Equations of Li₃BO₃
Li₃BO₃ can react with metals, acids, and nonmetals, resulting in various other compounds. However, in laboratory conditions, these reactions may not commonly occur.

Synthesis of Li₃BO₃
In the laboratory, Li₃BO₃ can be synthesized through the reaction between Lithium and Borate. On an industrial scale, it is typically produced by blending Lithium with Boric Acid.