Barium Oxide Formula

Barium Oxide Formula

The Barium Oxide Formula is BaO2. Barium Oxide is a highly insoluble, thermally stable source of barium that may be used in ceramic, glass, and optical applications. Additionally, it is a white, hygroscopic solid that frequently results from the breakdown of barium salts. Barium Hydroxide is the product of its reaction with water. Like other oxide compounds, the substance is not electrically conductive. On the other hand, some perovskite structured oxides have applications as electrically conductive cathodes in solid oxide fuel cells and oxygen production systems. These substances have at least one oxygen anion and one metallic cation.

They are typically very stable and insoluble in aqueous solutions (water), which makes them useful in porcelain structures ranging from basic electronics to the production of clay bowls. As a result of its light weight, its structural components are used in electrochemical applications like fuel cells, where they exhibit ionic conductivity. The Barium Oxide Formula is BaO2.

Properties of Barium Oxide

It is a hygroscopic white solid that is water soluble. Barium Hydroxide and Barium Oxide are the products of its simple reactions with air and water, respectively. Additionally, it has a boiling temperature of 20000C and a melting point of 19200C. Its density is 5.72 g/mL as well. It is also a non-flammable substance. The Barium Oxide Formula is BaO2.

Barium Oxide Structural Formula

The Extramarks website and mobile application both provide easy access to the Barium Oxide structural formula. On the Extramarks website and mobile application, students will also discover a number of very intriguing details regarding other Barium Oxide-related topics such as the Barium Oxide Formula. The Extramarks website and mobile application also go into great detail about the features, applications, and health and safety risks.

Occurrence of Barium Oxide

Barium Oxide does not exist freely in nature; instead, it is always present in combination with other elements. The Barium Oxide Formula is BaO2.

Preparation of Barium Oxide

The Barium Oxide Formula is BaO2. The simplest way to make Barium Oxide is to thermally decompose Barium Nitrate or heat Barium Carbonate with coke, tar, or carbon black. It frequently develops as a result of the breakdown of other Barium salts.

Uses of Barium Oxide

The Barium Oxide Formula is BaO2. It serves as a coating for the cathodes used in cathode ray tubes, which are hot. In the manufacture of some types of glass, including optical crown glass, it takes the place of lead (II) oxide. Barium Oxide does not change the refractive index or the dispersive power, but lead oxide does. Additionally, it is utilised as an ethoxylation catalyst in the ethylene oxide and alcohol process, which happens between 150 and 2000C.

Additionally, it serves as a source of pure oxygen through thermal fluctuation. Additionally, it spontaneously oxidises to BaO2 by producing peroxide ions. Furthermore, at low temperatures, BaO completely peroxides to BaO2, but at high temperatures, BaO2 completely oxidizes to O2 and BaO due to the increasing entropy of the O2 molecule. The Barium Oxide Formula is BaO2.

Prior to the air separation technique taking over as the main approach at the turn of the 20th century, this technique was utilised to manufacture oxygen. The Brin procedure is the name of this technique after its creator. The Barium Oxide Formula is BaO2. Barium Oxide is available as tablets, pellets, pieces, powder, sputtering targets, and nanopowder. Typically, it can be found instantly in the highest quantities in forms like high purity, ultra-high purity, submicron, and nanopowder.

Barium Oxide Health and Safety Hazards

The Barium Oxide Formula is BaO2. If it comes into touch with the skin or eyes, it irritates them. Inhaling it also results in discomfort and redness. However, ingesting it would be extremely harmful. Then it can result in death by causing heart arrhythmia, muscular paralysis, diarrhoea, and nausea. If someone consumes it, medical help should be sought out right away.

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