sulfates
Amethyst, a form of quartz, is in the silicate mineral group.
The silicate group.
silicates
Silicate. It's a form of quartz.
Amethyst is a mineral, a form of quartz.
Amethyst, a form of quartz, is in the silicate mineral group.
Native Elements
The silicate group.
Yes, the blue-green heptahydrate, FeSO4.7H2O, is the most common form of this material.Others are:FeSO4·4H2O (mineral: rozenite, white, relatively common, may be dehydratation product of melanterite)FeSO4·H2O (mineral: szomolnokite, relatively rare)FeSO4·5H2O (mineral: siderotil, relatively rare)FeSO4·6H2O (mineral: ferrohexahydrite, relatively rare)
silicates
Silicate. It's a form of quartz.
Bauxite is not a mineral, and therefore does not belong in any mineral group. Bauxite is a form of consolidated, extremely weathered soil that is high in aluminum content, and the main ore of aluminum.
Silicon and oxygen combine to form the most abundant mineral group, the silicates.
oxygen and silicon they form silicates, i think
silicates- silicon and oxygen carbonates- carbon, oxygen, and 1 or more other elements oxides- oxygen and 1 or more other elements( usually metal) sufates/sulfides- contain sulfur halides- halogen ion and 1 or more other elements native elements- group of minerals that exists in relatively pure form( ex: gold, silver, copper, sulfer, carbon...)
it forms the Constituents of the continental mass [SIMA ,Silica, Magnesium]
another name for the mineral crystals in cooling magma or lava