Why is Francium the most reactive metal?
Francium is one chemical element that is represented by the symbol Fr, having an atomic number of 87. The element was named such primarily because it was discovered in France by Marguerite Perey in 1939. Although there are several erroneous and incomplete discoveries being claimed regarding the element, Francium, it was Perey who completely analyzed and studies such discovery. As the last element discovered in nature, it is one of the rarest element that is found today outside the confines of a laboratory. The major use of Francium is only fir research and laboratory purposes only mainly because it is primarily characterized by instability and rarity. As times passed, the use of Francium expanded. Now, it is most widely used in spectroscopy experiments since it has been found that Francium has the ability to easily synthesized, trapped and cooled together with its naturally basic atomic structure.
Because of the Francium’s most unstable property, Francium was identified to be most reactive metal. It is considered to be an alkali metal making it a very element that possesses only one electron. This makes the element Francium considered to be the most reactive metal. Its position in the periodic table is one proof that it is the most reactive metal despite its stable isotopes. Although there have been speculations and claims that Francium is not the most reactive metal among the discovered elements, Francium proves to be have the highest reactivity among all the other elements because the element contains a lot of positively charged ions that causes electrons to move at an incredible greater rate of speed. This mechanism is what elemental Francium displays when exposed to certain specific reactions. Today, Francium remains to be one of the rarest elements to be found in nature.