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fluorine
The Elements Chlorine Fluorine Carbon
FeSO4*7H2O (the star/asterisk represents a dot).
Carbon and oxygen combine easier!
it depends on the molecular orbital theory
The carbon anion, or carbanion, has a lone pair of unbound electrons that give the carbon ion a negative charge....thus being an anion. Being that electrons do not add to the molecular weight of the ion, carbanion would still have a molecular weight of 12 and fluorine of 19. This is assuming that you are referring to the normal isotopes of carbon and fluorine.
Fluorine is molecular, but it is an element, not a compound.
4, the answer is in the name, 'tetra' means four. The formula is CF4.
Carbon to fluorine.
It is a solid,m.p 126-127oC It contains an alcoholic group in its structure Its molecular formular is C18H16 It is 3'-methyl-1,2-cyclopenophenantrene
fluorine
The Elements Chlorine Fluorine Carbon
Carbon forms covalent bonds with fluorine.
The answer is carbon
carbon tetrachloride is a molecular compound
Carbon because it has a lesser amount of valence electons compared to fluorine
Carbon, chlorine and fluorine.