It bonds well with anything in the group 1 Alkaline metals column.
Yes. Chlorine could sustain such a reaction as well.
There is no particular similarity between the electronic structure of the elements sodium and fluorine. Their electronic structures are similar only to the extent that all elements have certain features in common. The electrons form shells around the nucleus. This is true of sodium and fluorine as well as all other elements.
yes such as many halogens and other elements such as oxygen and sulfur
Hydrogen
Well, the question is wrong. Fluorine shows only one co-ordination number. Each fluorine atom will form only one bond as it requires only one electron to complete the octet. The highest coordination number is generally shown by elements belonging to the f-block (the lanthanides and the actinides). As a ligand fluorine does cause other elemnts to exhibit high coordination numbers - it is a small ligand and this why more can be placed around a central atom.
None occur naturally since neptunium (Np) is not known to occur naturally. Common, reasonably stable, salts of Np include the nitrate, sulfate and chloride (sonitrogen, sulfur and chlorine). Neptunium can also be synthesized as the dioxide and the hydroxide (NpO2, NpOH)
Carbon tends to bond with other carbon atoms to form long chains or rings, as well as with hydrogen, oxygen, nitrogen, and other elements. This ability to form diverse bonding arrangements allows carbon to create a wide variety of different organic compounds.
Fluorine has a stronger attraction to electrons than any other element, so when it bonds to another element that element is going to either donate electrons to the fluorine, or share electrons with fluorine getting the disproportionate share.
Noble gases have completely filled electronic configuration and hence they are chemically inert (they generally do not form bonds).
Fluorine would be most likely to bond with lithium and form an ionic compound. Fluorine is a halogen with a high electronegativity, making it eager to gain an electron to achieve a stable electron configuration, while lithium readily loses an electron. This transfer of electrons would result in the formation of an ionic bond between lithium and fluorine.
Hi there,If i am right the bonds formed between any atoms depend on the satisfaction of Octet rule. So as the fluorine atom has seven electron in the last shell it well be needing one more to complete its octet.So it will share that electron from the other fluorine.. End of the process the answer is definitely ONE COVALENT BONDbetween two fluorine atoms..
well halides have usually other atoms in it but these halides have fluorine chlorine and calcium