Linked from

The 9 pages that link to Lead(II) oxide, each with the reason it gives.

• LeadRelated: It forms when lead oxidizes and serves as a major industrial lead compound.

• Inert-pair effectBroader topic: Lead’s retained 6s pair helps explain why Pb(II) compounds are common and stable.

• Lead(II) ionBroader topic: It is a solid compound containing lead(II), not an isolated aqueous Pb²⁺ ion.

• Lead(II) nitrateRelated: It is a principal solid product when lead(II) nitrate is heated.

• Lead(II) acetateRelated: It can react with acetic acid to produce lead(II) acetate.

• Lead(II) sulfideCompared with: Oxidizing PbS can produce lead oxides during roasting and lead extraction.

• Lead dioxideCompared with: Comparing PbO with PbO₂ shows how lead’s oxidation state changes its chemistry.

• Basic lead phosphiteRelated: Basic lead salts can be prepared by combining lead oxide with phosphorous acid.

• Lead(II,IV) oxideCompared with: It contains only the lower lead oxidation state found in Pb₃O₄.