You can find fluorine in toothpaste and in some city water supplies, because fluorine strengthens teeth and helps prevent tooth decay. It does not affect the taste, scent, or appearance of water, however.
You can't find pure fluorine anywhere (well, other than from a specialty gas supplier), because it's too reactive to exist in nature. It reacts explosively with carbon and hydrocarbons, as the first person to try to make flurocarbons found out (he lost two labs that way).
Not as the element fluorine. being the most reactive of all the elements it is far far too reactive to exist as an element, reacting with things around it immediately. Howeve, it is found in several minerals combined with other elements, for example, Cryolite (sodium Aluminium Fluoride) and Fluorite (Calcium Fluoride).
It is an inorganic compound.
You could probably find trace amounts everywhere.
This compound is UF6. Atomic weight of uranium: 238,02891 Atomic weight of fluorine: 18,9984032 Molecular mass of UF6: ca. 352,04121
Fluorine seems a likely answer
Fluorine.
fluorine stable fluorine diatomic is unstable
upper right hand corner
Fluorine.
Group 17, period 2
You could probably find trace amounts everywhere.
We can find fluorine on the upper right hand corner of the periodic table (setting aside the inert or noble gases). Fluorine is 3.98 on the Pauling scale, and it's the most reactive and nonmetallic element.
The atomic number of an element tells you how many electrons there are and how many protons there are.
Fluorine
Fluorine is an element, s an atom of fluorine contains only one element - fluorine. However, the fluorine molecule consists of two atoms of fluorine.
This compound is UF6. Atomic weight of uranium: 238,02891 Atomic weight of fluorine: 18,9984032 Molecular mass of UF6: ca. 352,04121
Fluorine is an element and barium is also an element. There is no fluorine in barium and not barium in fluorine.
fluorine reacts with water veryviciously the chemical equation for it is fluorine + oxygen = fluorine oxide
How do you find the mass ratio. And how many grams fluorine is made at decomposition.