What is the most likely formula of the neutral, ionic compound formed by lithium and nitrogen?
449720
If  You  Put  It  In   Your   Cars   Gas  Tank   The  Car  Will  Go  Faster  \n\n AKA:Nitrus  Oxide
503103
No - methanol, ammonium\nYes - formic acid, sulfur troxide\nKinda - carbonate, nitrate, chlorate (all can be drawn as resonance structures, so the bonds aren't quite single and aren't quite double)
708251
You should expect a molecular compound to form between N and O (as opposed to an ionic compound).  This is because N and O are both nonmetals.  An ionic compound will form when a metal and a nonmetal combine.  I believe that this is what your question is getting at.
1011324
As far as I know, N and Br can form:\n\n- a bromonium nitride R2N-...Br+:\nresult of organic nitride reacting with dibromide, where R = organic radical.\nI think this kind of compound is similar to what is called chloramine ( R2N-Cl), so the N-Br bond would be a polar covalent bond (not a pure ionic bond because not a pure salt, nor a pure covalent bond.). I would say it is a covalent bond strongly polarised;\n\n- an ammonium bromide R4N+...Br- : ionic bond (salt), not covalent at all.
159516
The net ionic equation is :\n\nNH3(aq) + H2O(l)+ Cl2(g) ---> OCl-(aq) + Cl-(aq) + NH4+(aq)+ H2O(l)
964369
Huge order. Let's see how far it can be served.\n\n1. Monoatomic negative ions: take the element name (sometimes shortened) and add "-ide" (as in hydride, nitride, oxide, sulphide, phosphide, chloride...)\nPositive ions: element-name, charge (if several charges are possible), ion (sodium ion, iron II ion...)\n\n2. Polyatomic ions:\nComplexes with various ligands list the ligands and the central ion/atom.\nOxygen as ligands has its own nomenclature, depending on oxidation state. E.g. Sulphate, sulphite, perchlorate, chlorate, chlorite, hypochlorite...\n\n3. Binary molecular compounds: Halogen, oxygen and sulphur compounds usually have the correspondent "-ide" as if you had ionic compounds. Usually the more electropositive element is used as center.\n\n4. Acids: Oxygen acids have a similar nomenclature to oxygen ions.
787213
Ammonium (NH4+) is a polyatomic ion.  That means that it is composed of a group of atoms that are covalently bound together.  As a whole, that group has a charge of +1.  \n\nBecause this group of atoms has a charge, it is an ion, and can form ionic bonds with other ions.  So in summary, ammonium itself is a covalent compound, but it is able to form ionic bonds with other substances.
36042
n-hexanoic acid\n\nThere are a LOT of compounds with that chemical formula.  Check chemfinder.com for more.
215806
Is that the correct formula?  C2H2ON3Na is cyanourea, sodium salt... sure you're not leaving off the nitrogens?  Check out CAS 76989-89-4 at the URL below.
1043428
Yeah - its in the second group of the periodic table therefore the ion will be 2+\n\nSome more information which may aid understanding or may just be useful at some stage \n\nAn atom in group one will have an ion which is +1\nAn atom in group 7 will have an ion which is -1\nAn atom in group 6 will have an ion which is -2\nThey are the general rules for all the ions which you you will probably come across most often
855087
Ca2+=[Ar]\nMg2+=[Ne]\nI-=[Xe]\nF-=[Ne]
353745
Net ionic is\n\nAg+ + Cl- => AgCl\n\nThis is double replacement.
127454
If such a compound existed, it would be ionic. Calcium (IV) Chloride.\n\nBut it won't exist, particularly as an ionic compound. You're not going to be able to pull the p electrons from the calcium without a fight and chlorine isn't strong enough (or even fluorine, for that matter). Maybe you can achieve the species in the gas phase ... I don't know.\n\nIf it's covalent, what possible structure could it have? What do the bonding orbitals look like?
822780
ok, so lithium hydroxide is a base; nitric acid is an...acid; and \n\nacid + base -> salt + water\n\nin this case, it's\n\nLithium hydroxide + Nitric acid -> lithium nitrate + water\n\nLiOH + HNO3 -> LiNO3 + H2O\n\nBest wishes!
926004
Manganese Heptoxide or Manganese (VII) Oxide.  \n\nIts ionic components are most likely Mn7+ and O2-
732750
NS3 would be the formula if it is a viable compound
291938
1. electron\n2. ionic\n3. molecules of compounds\n4. decomposition (not sure)