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balanced equation of aluminium oxide
The balanced equation for a compound consisting of two Aluminium atoms and three Oxygen atoms is Al2O3. In the chemical process, Aluminium typically loses three electrons while oxygen gains two. The resulting ionic compound always has a net charge of zero.
This ionic compound is a common substance in the periodic table. It occurs in many minerals, including corundum. It has several important properties and uses that make it valuable in numerous industrial and scientific applications.
One property that makes it useful in various medical applications is its hardness and elasticity. Another is its chemical and thermal stability. It is also a high melting and boiling point material.
When aluminium is heated in the presence of air, it forms a protective layer of aluminum oxide on the surface that prevents corrosion. In addition, this coating is extremely durable and abrasion resistant.
The crystalline structure of aluminium oxide is a trigonal-like lattice structure, which assumes a hexagonal-like form at room temperature. Crystalline aluminium oxide is found in several minerals, such as corundum and bauxite.
It is amphoteric in nature, meaning that it can react with both acids and bases. In particular, when aluminium oxide reacts with sodium hydroxide, it produces a salt that contains sodium aluminate and water. In a similar manner, it can react with hydrochloric acid to form an aluminium chloride solution. In this way, it can be used as a chemical catalyst in the manufacture of glass.
