yes
Iron oxide is rust. It is formed when the element iron reacts with oxygen in the water or air.
The carbonates of alkali metals (Ist group) do not evolve CO2 on heating because their oxides are highly unstable.
organic compound
It is easier to obtain a metal from its oxide as compared to its sulphides and carbonates. So the metal sulphides & carbonates must be converted to metal oxides to ease the extraction
metallic oxides are that type of oxides which contain metallic metals and oxides and which are cations like lithium, potassium e.t.c.
Sulphates, phosphates, oxides, halides and carbonates are minerals that do not contain silicon.
The class of minerals called carbonates contain carbon and oxygen. One of the most common carbonate minerals is calcium carbonate, commonly called calcite.
Carbonates and Oxides.
oxides and sulfides
Silicates, elements, sulfides, phosphates, oxides, and carbonates are six categories of minerals.
Nonsilicate
- carbonates are salts.- oxides are...oxides not salts- hydrogencarbonates are salts
Many do. Oxygen containing minerals include sulfates, carbonates, nitrates, phosphates, oxides, hydroxides, and a few other varieties.
Halides - contain halogens (group 17 of the periodic table) Sulfides - contain sulfer Carbonates - contain carbon, oxygen, and one other element Silicates - contain silicon and oxygen Oxides - contain oxygen and one other element Native elements - are pure elements There are others but these are the 6 major groups.
Non-silicate minerals do not contain the SiO4 ion. Non-silicate minerals are classified as oxides, sulfides, sulfates, halides, or carbonates. Some elements are also classified as minerals. There's also a metallic and non-metallic mineral classification. See the link below for examples.
What you have listed are not elements (except for the 'native elements'), they are classifications of minerals.
There are many thousands of such minerals.