Why is Of2 polar?
Of2 is the chemical symbol for oxygen difluoride. Obtained from the mixture of molten chemical compounds of potassium fluoride and hydrofluoric acid with minute quantities of water in a process known as electrolysis, oxygen difluoride was reported in 1929 to be adopting the V-shaped form of molecules that is similar to the molecular form of water. However, their properties are widely different from one another. The compound’s other names are difluorine monoxide and fluorine monoxide. This gas was claimed to be with no color and exudes a mystifying foul smell. Known to be reactive to both metals and non-metals, it has been deemed to be one of the most dangerous chemical compounds because of it strong oxidizing property.
The molecular polarity of oxygen difluoride is said to be polar. Its strong pull of electrons, scientifically termed as electronegativity, is one property of this chemical compound that makes it polar. As a strong oxidizing agent, it has the ability to take hold of more electrons that makes the sharing of negative atoms unequal. With oxygen fluoride having a strong hold of electrons due to the greater pull force exerted by the compounds on the available electrons, the compound will make of itself a negatively charged molecular compound. With its unequal number of electrons, the chemical compound, oxygen difluoride, is categorized to be polar.
Due to the intense property of oxygen difluoride, it has been known to a dangerous chemical. Though not naturally combustible, the production of this gas can contribute to the combustion of other materials. Used widely as chemical ingredient for explosives and corrosive substances, this chemical was proclaimed to give serious detrimental effects to one’s health, particularly the eyes and the lungs. Thus, caution should be widely and carefully observed when dealing with the substance.