basic oxide

As well, no nonmetal forms a decidedly basic oxide.

It is a strongly basic oxide.

It may be reacted with weakly basic oxides such as those of lead and silver to form the corresponding salts.

KO is a basic oxide and reacts with water violently to produce the caustic potassium hydroxide.

Gadolinium oxide is a rather basic oxide, indicated by its ready reaction with carbon dioxide to give carbonates.

It is a basic oxide dissolving in acids to give solutions of vanadium(III) complexes.

It is a basic oxide and easily dissolved to dilute acids, and then almost colourless terbium salt is formed.

It also reacts with basic oxides in the melt yielding orthoplumbates M[PbO].

They have the formula M(naphthenate) or are basic oxides with the formula MO(naphthenate).

Plutonium, neptunium and americium form two basic oxides: AnO and AnO.

Those attacked only by acids are basic oxides; those attacked only by bases are acidic oxides.

It does not react with alkaline solution, but reacts with solid alkalis to give hydroxyplumbates, or with basic oxides to give plumbates.

MnO is a basic oxide that is insoluble in water but dissolves in acids, forming manganese(II) salts.

CdO is a basic oxide and is thus attacked by aqueous acids to give solutions of [Cd(HO)].

Copper(II) oxide, which reacts with nitric acid to form copper nitrate Basic oxides are oxides mostly of metals, especially alkali and alkaline earth metals.

Metals tend to form basic oxides, non-metals tend to form acidic oxides, and amphoteric oxides are formed by elements near the boundary between metals and non-metals (metalloids).

Hence CrO and MnO are acidic oxides with low melting points, while CrO is amphoteric and MnO is a completely basic oxide.

Aluminates are often formulated as a combination of basic oxide and aluminium oxide, for example the formula of anhydrous sodium aluminate NaAlO would be shown as NaO.

The formation of most silicate minerals can be viewed as the result of a de-condensation reaction in which silica reacts with a basic oxide, an acid-base reaction in the Lux-Flood sense.

By the way interestingly enough this is a sort of acid plus base type reaction, where you've got calcium oxide which is a basic oxide,silicon dioxide which is an acidic oxide, and the salt that it makes is calcium silicate.

However, the use of the name is deprecated by IUPAC, as the elements are neither rare in abundance nor "earths" (an obsolete term for water-insoluble strongly basic oxides of electropositive metals incapable of being smelted into metal using late 18th century technology) .