Want this question answered?
There really is none but it would be Lead(III) Sulfide
PbCl2 is the molecular formula (not chemical equation) of lead(II) chloride.
TiO is the formula of titanium (II) oxide
Lead RED (pigment used to produce a "RED" used in ancient JAPANESE gravures.)
Lead (IV) ion
Lead II oxide is PbO
Lead(II) oxide. Pb is lead. O is oxide.
Lead has Three type of oxides: Lead(II) Oxide = PbO (Generally referred) Lead(IV) Oxide = PbO2 Lead(II,IV) Oxide = Pb3O4
Lead has Three type of oxides: Lead(II) Oxide = PbO (Generally referred) Lead(IV) Oxide = PbO2 Lead(II,IV) Oxide = Pb3O4
Lead has Three type of oxides: Lead(II) Oxide = PbO (Generally referred) Lead(IV) Oxide = PbO2 Lead(II,IV) Oxide = Pb3O4
Lead (II) Oxide
Lead has Three type of oxides: Lead(II) Oxide = PbO (Generally referred) Lead(IV) Oxide = PbO2 Lead(II,IV) Oxide = Pb3O4
Lead (II) Oxide is the IUPAC name for PbO.
There really is none but it would be Lead(III) Sulfide
There are several forms of lead oxides: Lead (II) oxide is called lead monoxide (PbO), typically used in manufacture of special glass. Lead (II-IV) oxide is called "red lead" and consists of Pb3O4 ( 2PbO-PbO2 ). Lead dioxide PbO2 is called plumbic oxide, used in dyes and in fireworks. Lead sesquioxide is Pb2O3.
PbCl2 is the molecular formula (not chemical equation) of lead(II) chloride.
The chemical equation may be:PbO2 → Pb12O19 → Pb12O17 → Pb3O4 → PbO