No. Both are non-metals so the bond is covalent. The electronegtivity difference of 0.46 is far to small to give an ionic bond.
A couple of exampls are NS a strange molecue found in deep space, it is the sulfur analog of NO
N4S4 has an unstable cage structure and is unstable.
No, sulfur tetrafluoride is a covalently bonded compound.
Nitrogen and Oxygen are covalently bonded.
Sulfur trioxide is not ionic; it is covalently bonded. When dissolved in water, however, sulfur trioxide forms sulfuric acid, which is partially ionic: It dissociates into hydrogen ions and sulfate polyatomic cations.
SO3 as sulfur trioxide is polar covalent bonded. As the sulfite ion, it is covalently bonded as the ion but forms ionic bonds with other species.
It is covalent because Nitrogen and Sulfur are two nonmetals.
The compounds in the system nitrogen-sulfur are not ionic.
No, sulfur tetrafluoride is a covalently bonded compound.
Nitrogen and Oxygen are covalently bonded.
Sulfur trioxide is not ionic; it is covalently bonded. When dissolved in water, however, sulfur trioxide forms sulfuric acid, which is partially ionic: It dissociates into hydrogen ions and sulfate polyatomic cations.
Sulfer oxide is covalently bonded - so no, it is not an ionic solid.
SO3 as sulfur trioxide is polar covalent bonded. As the sulfite ion, it is covalently bonded as the ion but forms ionic bonds with other species.
It is covalent because Nitrogen and Sulfur are two nonmetals.
Magnesium and sulfur are much more likely than nitrogen and oxygen to form an ionic bond, because the difference in electronegativity between sulfur and magnesium is much greater than the difference in electronegativity between nitrogen and oxygen. Another way of phrasing the reason is that magnesium is a metal and sulfur a nonmetal, while nitrogen and oxygen are both nonmetals.
Molecular Compound
NH3 The nitrogen is covalently bonded to the three hydrogens by one sigma bond apiece.
3. magnesium and sulfur
NH3 The nitrogen is covalently bonded to the three hydrogens by one sigma bond apiece.