KrF4, also known as Tetrafluoride krypton, is a chemical compound of two elements, krypton and fluorine. The atomic mass of KrF4 is 36 for krypton and 9 for fluorine. Therefore, the atomic mass of KrF4 is 36 + 4*9 = 72, in which there are 4 fluorine atoms bonded with one krypton atom.
The molecular structure of KrF4 is determined by the covalent bond between krypton and fluorine. The ionic structure of KrF4 consists of one positive krypton ion and four negative fluorine ions.
In terms of physical properties, KrF4 is solid at room temperature. It is white in color and has no identifiable smell, and does not measure PH level since it is insoluble in water.
The chemical properties of KrF4 are quite special. Krypton is a rare gas, rarely reacting with other substances. However, in this case, it forms a compound with fluorine.
The commonly encountered chemical equation of KrF4 is not widespread due to the special properties of krypton.
One common method to prepare KrF4 is by heating krypton and fluorine at high temperatures.