The formula of lead (II) sulphide is PbS whilst the formula of lead (IV) sulphide is PbS2.
The formula is: PbS and the number of Solubility product constants is 3x10^-25 if you're interested;)
The roman numeral, III, indicates that in this case lead would have an oxidation state of 3+. When this is in a compound with the sulfide anion, S2-, the formula would be Pb2S3.
HOWEVER, lead is not really found with a 3+ oxidation state- only 0, 2+, or 4+.
Lead (II) sulfide= PbS
Lead (IV) sulfide= PbS2
The formula for Lead Sulfide (or Lead Sulphide) is either:
PbS for Lead(II) Sulphide, or PbS2 for Lead(IV) Sulphide.
Lead(II) is Pb2+ and sulfide is S2-, so the formula is simply PbS.
PbS for lead(II) sulfide, PbS2 for lead(IV) sulfide
Lead Sulfide is PbS.
It is PbSO4
AlS
It is a semiconductor
Fe2S3
Hydrogen sulphide is a toxic gas; also dangerous for paintings containing lead colours and for objects made from silver. You think probably to hydrogen peroxide (H2O2), used for restoring.. Lead (II) trioxocarbonate (IV) in white Lead (II) paint is converted to lead (II) Sulphide by atmospheric Hydrogen Sulphide. This reaction darkens the colour of the Paint. Hydrogen Peroxide is added to the Paint to restore the colour where it oxidizes the Lead (II) Sulphide to Lead (II) tetraoxosulphate (VI).
The chemical formula of hydrogen sulphide is H2S.
The formula for Lead Sulfide (or Lead Sulphide) is either: PbS for Lead(II) Sulphide, or PbS2 for Lead(IV) Sulphide.
The chemical formula for lead (IV) sulfide is written as PbS2.
The barium ion has the formula Ba2+, and the Sulphide ion has the formula S2-. The formula for the formation of Barium Sulphide is: Ba + S --> BaSThe formula for Barium Sulphide is BaS
Formula: S2-
Lead sulphide (lead sulfide) contains only two elements, lead and sulfur. Lead sulfate contains lead, sulfur and oxygen.
Formula: CaS
Formula: SiS2
CaS
Cu2S
It is SrS
It is As2S3
It is Na2S