How is PbO amphoteric?

So, the nature of metallic oxides is basic and the nature of non-metallic oxides is acidic. Some metallic oxides react with base and acid both are known as amphoteric oxides. Lead oxide ${\text{PbO}}$reacts with hydrochloric acid and give lead chloride.

Is PbO an example of amphoteric oxide?

“Amphoteric oxides are the oxides that behave as both acidic and basic oxides. Amphoteric Oxides have features of acidic as well as basic oxides that neutralize both acids and bases.” Amphoteric oxides dissolve in water to form alkaline solutions. Other common examples of amphoteric oxides include ZnO, SnO and PbO.

What is the nature of PbO?

SnO and PbO are amphoteric and GeO is acidic.

Is pbo2 amphoteric oxides?

Lead dioxide is an amphoteric compound with prevalent acidic properties.

Is CuO amphoteric?

CuO: It is a basic oxide. Thus Cu does not give amphoteric oxide.

Which oxide is amphoteric in nature?

Aluminum oxide, beryllium oxide, tin oxide, zinc oxide all are amphoteric. They have reactions as both a base and an acid.

Which of the following is amphoteric oxide PbO?

SnO,PbO,SnO2 and PbO2 are amphoteric oxides.

Is Cro amphoteric oxide?

Chromium(III) oxide is amphoteric. Although insoluble in water, it dissolves in acid to produce hydrated chromium ions, [Cr(H2O)6]3+ which react with base to give salts of [Cr(OH)6]3−.

Why pbo2 is amphoteric in nature?

When lead (II) oxide reacts with an acid the product formed is lead tetrachloride and water. The reaction can be written as given below. We can conclude that \[Pb{O_2}\] (lead oxide) is an amphoteric oxide as it reacts with both acids as well as bases.

Is PbO a base?

Lead oxide is not a base because when it reacts with acid it forms chlorine along with salt and water. Thus, it is excluded from the class bases.