The chemical formula for lead (IV) sulfide is PbS2. The chemical formulafor lead (IV) chloride is PbCl4. It is a yellow, oily liquid which is stable below 0 °C, and decomposes at 50 °C. In these reactions the additional chloride (or other ligands) break up the chloride bridges that comprise the polymeric framework of solid PbCl2(s). This reaction takes place at a temperature of 30-100°C. CID 313 (Hydrochloric acid) CID 5352425 (Lead) Component Compounds. Example Reactions: • Pb + 2 Cl2 = PbCl4. Molecular Weight. It has a tetrahedral configuration, with lead as the central atom. 8. aqueous lead (IV) nitrate reacts with aqueous sodium sulfate to yield a lead (IV) sulfate precipitate and soluble sodium nitrate lead (IV) nitrate + sodium sulfate lead(IV) sulfate + sodium nitrate Pb(NO 3) 4 (aq) + 2 Na 2 SO 4 (aq) Pb(SO 4) 2 (s) + 4 NaNO 3 (aq) 9. The Pb–Cl covalent bonds have been measured to be 247 pm and the bond energy is 243 kJ⋅mol . Use this page to learn how to convert between grams Lead (IV) Chloride and mole. 1 grams Lead (IV) Chloride is equal to 0.0028652309949228 mole. 349 g/mol. Addition of chloride ions to a suspension of PbCl2 gives rise to soluble complex ions. The reaction of lead (IV) chloride with water is just like the silicon tetrachloride one. The SI base unit for amount of substance is the mole. Alias: Plumbic Chloride. Molecular Formula. Lead tetrachloride, also known as lead(IV) chloride, has the molecular formula PbCl4. Note that rounding errors may occur, so always check the results. The thermal decomposition of lead(IV) chloride to produce lead(II) chloride and chlorine. Lead (IV) Chloride. Formula: PbCl4. What is chemical formula for lead IV sulfide? The molecular formula for Lead (IV) Chloride is PbCl4. Lead (IV) chloride. Molar Mass: 349.012. Cl4Pb-4. You will get lead (IV) oxide produced as a brown solid and fumes of hydrogen chloride given off. (This will also, of course, be confused by the decomposition of the lead (IV) chloride to give lead (II) chloride and chlorine gas - … Synonyms. "Symbols" represent single atoms.