A purely chemical sedimentary limestone would contain no fossil remnants, organic limestone would.
A purely chemical sedimentary limestone would contain no fossil remnants, organic limestone would.
In certain cases, limestone is classified as an organic sedimentary rock. In those cases, the rock consists of the shells or skeletons of tiny marine creatures.
Limestone can be both organic and chemical, yes.
Clastic sediments are sediments that have particles or pieces of rock (clasts) in them. The clasts can be of igneous, metamorphic or sedimentary rock. Non-clastic sediments are made up of dissolved minerals or organic matter.
Three different origins for limestone are Organic, Chemical and Bio-clastic Origins.
Limestone made from shells would be an organic sedimentary rock.
Marble is known as Calcium Carbonate (CaCO3) in terms of chemical formula.
Clastic-made of mineral grains compacted and cemented together rather than metamorphic and igneous rocks which have a crystalline structure of interlocking crystals.
Limestone made from shells would be an organic sedimentary rock.
No. Granite is igneous, formed from slow-cooling felsic magma.
organic
Chemical limestone can form when calcite is dissolved.
fossil rich limestone is made by the earth and is enhance with fossils although the chemical is man made, the two are basically the same.
limestone is mostly seashells
Clastic sediments are sediments that have particles or pieces of rock (clasts) in them. The clasts can be of igneous, metamorphic or sedimentary rock. Non-clastic sediments are made up of dissolved minerals or organic matter.
Three different origins for limestone are Organic, Chemical and Bio-clastic Origins.
Non-clastic is defined as a sedimentary rock that has a crystalline material. Non-clastic rocks are chemical sedimentary rocks made from biological activities including excretion and respiration.
Limestone made from shells would be an organic sedimentary rock.
carbonaceous shells form limestone which in this case is a bio-chemical sedimentary rock
Limestone will lightly fizz when vinegar is applied to the surface, from the reaction of the acid with the calcium carbonate in the stone.