Mg 2+
and
S 2-
Combine to make,
MgS
Magnesium sulfide.
It depends on the rule you use to classify it. Magnesium Sulfide is ionic, if using the metal-nonmetal rule. It is polar covalent, if using the 1.7 electronegativity difference rule. Both these rules are generalizations.
Magnesium oxide has ionic bonds between magnesium and oxide ions.
As an example Magnesium and oxygen have an ionic bond between them to form magnesium oxide. :)
MgBr2 magnesium bromide is ionic
Because magnesium has a low electronegativity and chlorine has a high electronegativity, magnesium tends to lose an electron and chlorine tends to gain an electron when these substances react. This results in the formation of magnesium and chloride ions. Thus, magnesium chloride is ionic.
It depends on the rule you use to classify it. Magnesium Sulfide is ionic, if using the metal-nonmetal rule. It is polar covalent, if using the 1.7 electronegativity difference rule. Both these rules are generalizations.
It is an ionic and water soluble salt.
It is ionic. Electrons are transferred from magnesium to oxygen.
it is ionic bonding because magnesium is a metal and oxygen is not. ionic bonding occurs between a metal and non-metal
The ionic compound formed between magnesium and chlorine has the formula MgCl2.
Magnesium and iodine react to form the ionic compound magnesium iodide - MgI2.
Magnesium oxide has ionic bonds between magnesium and oxide ions.
As an example Magnesium and oxygen have an ionic bond between them to form magnesium oxide. :)
MgBr2 magnesium bromide is ionic
Because magnesium has a low electronegativity and chlorine has a high electronegativity, magnesium tends to lose an electron and chlorine tends to gain an electron when these substances react. This results in the formation of magnesium and chloride ions. Thus, magnesium chloride is ionic.
Ionic
Magnesium oxide has ionic bonds because it is between a Metal (Mg) and a Nonmetal (O) and Magnesium offers 2 of its electrons to Oxygen in order for Oxygen to form a full Octet (8 electrons in the valence).