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Calcite will react vigorously when placed in dilute HCL. Dolomite will not.
True
Calcium, Oxygen and Carbon
Calcite is a form (polymorph) of calcium carbonate. This compound has the formula Ca2+CO32-. Calcium carbonate exists in other polymorphs as well. These are aragonite and vaterite.
because ut is bumpy because the stalagmites form
carbonic acid dissolves rock to form cavens, and dripstone is dissolved clcium corbonate in thr form of stalagmites/stalagtites
Limestone - they are of calcite, the crystalline form of the rock's primary constituent, calcium carbonate.
Precipitated as stalactites, stalagmites etc - and it is the primary constituent of the limestone in which the vast majority of caves form!
A metamorphic form of limestone is marble.
Nearly. Same material and process - precipitation of dissolved calcium carbonate - but stalagmites grow up form cave floors ("g" for ground) and stalactites grow down from the roof ("c" in the middle of the word, not "g", and stands for ceiling").
Precipitation of calcium carbonate in its crystalline form, calcite, from solution in weakly acid ground-water from the limestone above the cave.
Liquid mud drips from a more elevated point onto one spot and hardens. this is repeated many times until a mound or stalagmite is formed.
calcite is found all over the united states
No, it is stalactites that form on the ceilings. Stalagmites form on the cavern floors.
In theory you could in a laboratory if you establish conditions conducive to rapid precipitation and crystallising of the calcite - but I don't know why you would need to when it's easier to analyse natural ones!
Stalagmites form when water from the stalactite drips down water and that water has minerals in it
Not 'mud', it is the remains of shells and skeletons of dead sea creatures, as well as precipitated calcite that eventually lithify to form limestone.