What is Li2Sb2O7? Important knowledge about Li2Sb2O7.

1. Definition of Li₂Sb₂O₇

Li₂Sb₂O₇, also known as Lithium Antimonate, is a chemical compound consisting of Li (Lithium), Sb (Antimony), and O (Oxygen). It comprises two atoms of Li, two atoms of Sb, and seven atoms of oxygen, the molecular structure of which forms a complex network. The atomic mass of Li₂Sb₂O₇ is calculated by adding the atomic weights of Li, Sb, and O, multiplied by their corresponding number of atoms in the molecule. In this compound, Li and Sb form cations and anions with their respective oxidation numbers being +1 and +5.

2. Properties of Li₂Sb₂O₇

2.1 Physical properties of Li₂Sb₂O₇

The state of Li₂Sb₂O₇ under standard conditions is solid. Its color can vary from white to beige depending on its state. It has no characteristic odor and cannot be classified by pH as it is insoluble in water.

2.2 Chemical properties of Li₂Sb₂O₇

Li₂Sb₂O₇ does not react strongly with metals, acids, non-metals, or salts under normal conditions.

3. Chemical equation

Since Li₂Sb₂O₇ does not react vigorously with other substances, there are not many specific chemical reactions involving it.

4. Synthesis of Li₂Sb₂O₇

The synthesis of Li₂Sb₂O₇ is not commonly performed in high school chemistry labs or in industrial settings. However, it can be created through the thermal decomposition of compounds containing lithium and antimony.