Fluorine Gas Formula

Fluorine Gas Formula

Fluorine Gas Formula has the chemical symbol F and the atomic number 9. At standard conditions, Fluorine Gas Formula is the lightest halogen gas and exists as a highly toxic pale yellow diatomic gas. Because it is a highly electronegative element, it reacts with almost every other element except argon, neon, and helium. Fluorine Gas Formula was discovered in 1810, and its name was derived from the primary mineral fluorite. Its various forms range in colour from dark to pale yellow. It has two allotropes, Alpha and Beta, as well as 11 isotopes and belongs to the group 17 halogens. Fluorine is extremely toxic to living organisms.

Fluorine Gas Properties

Fluorine is a chemical element that appears very pale yellow in gas form and bright yellow in liquid form. It is opaque in the solid form and known as alpha, and transparent in beta. It has a melting point of 219.67 °C (363.41 °F) and a boiling point of 188.11 °C (306.60 °F). Henri Moissan, a French chemist, isolated elemental fluorine using low-temperature electrolysis in 1886.

Fluorine Gas Chemical Structure

Students can learn more about the chemical structure of Fluorine Gas Formula from the website and mobile application of Extramarks. Extramarks resources will help students to prepare for their Chemistry exams and will also enhance their basic scientific knowledge. Students must download all the resources offered by Extramarks in PDF format for a better learning experience.

Fluorine Gas Uses

Fluorine Gas Formula is widely used in the production of UF6 for the nuclear fuel cycle. Fluorine is also utilised in the fluorination of uranium tetrafluoride. Approximately 6,000 metric tonnes of inert dielectric SF6 for high-voltage transformers and circuit breakers are produced each year. To prevent dental cavities, sodium fluoride, another fluorine compound, is used in toothpaste and drinking water. Because hydrofluoric acid dissolves glass, it is used to etch glass in light bulbs and other products. Fluorine is also used in the production of Teflon.

Chemistry Related Formulas
Iron Oxide Formula Gas Pressure Formula
Lead Acetate Formula Hypobromous Acid Formula
Malic Acid Formula Iron III Chloride Formula
Nitrogen Dioxide Formula Lead II Nitrate Formula
Ozone Formula Magnesium Iodide Formula
Sodium Hydrogen Carbonate Formula Percent By Weight Formula
Aluminium Hydroxide Formula
Ammonium Phosphate Formula Potassium Fluoride Formula
Cyanide Formula Potassium Thiocyanate Formula
Degree Of Unsaturation Formula Retention Factor Formula