Lead chromate is insoluble in water.
Lead is purified from bullion using the Betts electrolytic process when lead must be highly purified. There are other methods, most of which use electrochemical processes for purification.
The chemical formula of lead(IV) chromate is PbCrO4.
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At the end point, so after all Cl- has reacted with Ag+, a brown-red precipitate of silver chromate (Ag2CrO4), is formed. (Argentometric indicator)Description:The solubility of silver chromate is slightly higher than that of silver chloride. So, in a mixture of both ions silver chloride will be formed. Only when no chloride is left silver chromate will be formed and precipitated out.Prior to the endpoint the solution has a milky lemon yellow appearance, due to the color of the chromate ion and the precipitate of silver chloride already formed.When approaching the endpoint, additions of silver nitrate lead to steadily slower disappearing red colorations. When the red brownish color remains (with grayish spots of silver chloride in it) the endpoint of titration is reached. (wikipedia)
some goes in to the main sewerage system where it gets treated all water purified and the remainder of the waste gets buried inland or put out to sea.
No, lead chromate is insoluble in water
Lead (II) Dichromate
Lead ions = Pb2+Chromate ions = CrO4-2Compound they form is Lead(II) chromate = PbCrO4
Lead(II) Chromate = PbCrO4
Lead ions = Pb2+Chromate ions = CrO4-2Compound they form is Lead(II) chromate = PbCrO4
by the reaction of lead nitrate with potassium chromate or potassium dichromate
Lead Chromate
Lead, Chromium, and Oxygen
PbCrO4
The chemical formula of lead chromate is PbCrO4.
PbCrO42 is lead(IV) chromate.
You probably mean lead chromate since you have mentioned an oxidation state of 2+ for the lead ion and the chromate ion has an oxidation state of 2-. Lead chromate is yellow. Please see the link.