this is an ionic compound because it involves a reaction between metals and non-metals. The most important thing here is that there is ions involved. The OH- ion hints that this is going to be an ionic equation because it contains a polyatomic ion which only occur in ionic equations. And then we look at the other side, which is Lithium, which we know to be an alkali metal. Since one side of the compound is a metal, and the other side is a polyatomic ion (multiple non-metals put together in order to form an ion that can be involved in an ionic compound) this compound can be called IONIC.
LiCl is a ionic compound, with lithium cations and chloride anions. The very large difference in electronegativity between lithium and chlorine favors complete transfer of an electron from each lithium atom to one chlorine atom.
Lithium is a metal, chloride is a nonmetal. Li will donate its 2s electron to Cl and both become ions (charged atoms). So, LiCl is an example of an ionic bond.
LiCl forms ionic bonds.. Only a pure metal or a metal alloy will form metallic bonds.
Ionic bond, Li+ and Cl-
It is an ionic bond
Ionic
yes it can.
Covalent
Yes, LiOH is a compound.
Ionic
Ionic is when one of the elements is a metal. Covalent is when both are nonmetals. Lithium is a metal so LiOH is an ionic compound. YES i am azn.
molecular compound
Ionic compound
Yes, LiOH is a compound.
Ionic
Ionic is when one of the elements is a metal. Covalent is when both are nonmetals. Lithium is a metal so LiOH is an ionic compound. YES i am azn.
Ammonia is a molecular compound and not ionic.
molecular compound
Molecular compound
Ionic compound
A covalent compound, not ionic
Sodium chloride (NaCl) is an ionic compound.
Nh4 is a molecular compound
HCIO4 is an ionic compound.
LaP is an Ionic compound.