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For most caves, in limestone, sufficient precipitation over sufficiently long time - but cave development also depends the region's geology and geomorphology.
Because the casing-stones were removed a very long time ago - they were polished limestone that covered the whole pyramid and would have afforded great protection from the weather.
Calcite rather than limestone - the crystalline version of calcium carbonate which is limestone's primary constituent. However it is only being deposited in speleothems (stalactites and stalagmites). . Elsewhere in the cave, limestone is being removed, not deposited, by any stream(s) still flowing in the the system. . The limestone which holds the cave was deposited then uplifted into the highlands whose eroded forms you see now, long before the cave started to develop.
a iceber is water eroded because it's water that's been frozen for a long period of time and it has became frozen in a period of year!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! a iceber is water eroded because it's water that's been frozen for a long period of time and it has became frozen in a period of year!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
Weather last s mostly long Time for example a snow storm
No, climate is the average weather of a region over a long period of time.
All types of rocks can be eroded, so long as they are exposed to the elements.
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Most limestone is the skeletal remains of marine organisms. Basically, laid down on the sea bed in layers, and compressed over a very long time, the layers become solid limestone rock.
Limestone is composed of the skeletal remains of minute sea creatures. The layers are then subjected to compression and, over a very long time, hardened into a sedimentary rock.
Limestone is the skeletal remains of small marine shelled creatures. Their remains sank to the floor of the seas, and the layers became rock over a very long time.
This depends on the size of the limestone deposit, the rate of extraction and the economic viability of the deposit.