Fluorine is the pure elemental form. Like many of the gaseous elements, pure fluorine typically is found as F2 . Fluorine is one of the most reactive elements on the periodic table, so it's wise to avoid it.
Fluoride is the ionic form of flourine, F− . This is the end product from when fluorine has completed its chemical reactions, so it is perfectly stable and safe. Fluoride salts, usually sodium fluoride ( NaF ) or stannous (tin) fluoride ( SnF2 ) are added to products such as toothpaste, mouthwash, and drinking water, as these salts have been proven to strengthen tooth enamel.
Fluorite is an alternative name for one particular fluoride salt, calcuim fluoride ( CaF2 ). This is the form of fluorine that most commonly occurs in nature. It's not particularly useful by itself, and is usually mined to be processed into other forms of fluorine.
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Answer:
Fluorine is the pure elemental form. Like many of the gaseous elements, pure fluorine typically is found as F2 . Fluorine is one of the most reactive elements on the periodic table, so it's wise to avoid it.
Fluoride is the ionic form of flourine, F− . This is the end product from when fluorine has completed its chemical reactions, so it is perfectly stable and safe. Fluoride salts, usually sodium fluoride ( NaF ) or stannous (tin) fluoride ( SnF2 ) are added to products such as toothpaste, mouthwash, and drinking water, as these salts have been proven to strengthen tooth enamel.
Fluorite is an alternative name for one particular fluoride salt, calcuim fluoride ( CaF2 ). This is the form of fluorine that most commonly occurs in nature. It's not particularly useful by itself, and is usually mined to be processed into other forms of fluorine.
Explanation:
it can answer both but I'm not really sure.