The correct formula for a compound with 3 oxygen atoms and 1 sulfur atom is SO₃, which is sulfur trioxide.
A sulfur molecule with the elemental formula Sg does not exist. It is likely a typographical error. The atomic number of sulfur is 16, so a sulfur molecule would typically contain 8 atoms (S8) in its elemental form.
Chlorine exists as a diatomic gas in its elemental form, represented by the chemical formula Cl2.
The correct chemical formula for iron oxide is Fe2O3. This formula represents a compound composed of two atoms of iron (Fe) and three atoms of oxygen (O).
The chemical formula for elemental carbon is simply C, which represents a single atom of carbon. Multiple carbon atoms can combine to form various allotropes of carbon, such as graphite (C) and diamond (C).
The correct spelling is oxygen (elemental gas used in respiration).
Yes, oxygen occurs as a diatomic molecule in elemental form, with the chemical formula O2. In nature, oxygen is commonly found in this diatomic form, where two oxygen atoms are bonded together.
The correct formula for magnesium and oxygen is MgO. The compound name for MgO is magnesium oxide.
Yes. For instance, oxygen can form as O2, the normal oxygen that we breathe, and O3, which is ozone.
The correct formula for the compound formed when lithium and oxygen combine is Li2O. This compound is known as lithium oxide.
The formula of sodium carbonate is Na2CO3 and contains the following (elemental) symbols: Na for sodium, C for carbon, O for oxygen.
The oxidation state of oxygen in its elemental form (O2) is 0.
This is the usual formula for elemental oxygen in its gaseous state. It could also be called a "diatomic oxygen molecule."
No, the chemical formula for sulfur is S. It exists as elemental sulfur, not as a diatomic molecule like oxygen (O2) or nitrogen (N2).
how many atoma are in a sulgur moleculethat has the elemental formula s8?
No. By definition an element is not a mixture.
The formula means, among other things, that there are 7 atoms of oxygen in each mole of the compound. Therefore, in 4.00 moles of the compound, there are 28.00 moles of oxygen atoms. Elemental oxygen usually is diatomic, so that there would be the equivalent of 14 moles of diatomic elemental oxygen.