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A greater water area produce a higher evaporation.
When attempting to crystalize a material, it is important to understand that the slower the crystal grows, the purer the final crystal will be. This is because if the temperature or polarity or pressure or related crytal growth factor is changed too rapidly, it will cause multiple chemicals within the solution to "crash out" By a similar logic, the rate of evaporation effects crystal growth because the faster it is, the less solution there is and, as such, the solubility of virtually all compounds decreases. If you have a rate of evaporation that is too fast, the solubilites of many chemical compounds (impurities) will change along with the solubility of the compound you are trying to crystalize and your crystal will have impurites. However, having a rate of evaportation that is too low can also dramtically increase the time of crystalization!
Crystal size in igneous rocks is controlled by the rate of cooling whereby the slower the rate, the larger the size of crystal.
The rate at which magma cools determines the size of the mineral crystal.
Primarily the cooling rate of the mineral compound.The faster the rate cooling smaller the crystal size of the mineral.Consequently, large crystal specimins are derived from igneous bodies with a very slow rate of cooling.
the size of crystal should be decrease
Yes, as long as the mentioned shapes and sizes contribute to the Surface Area available for evaporation to take place. Increased surface area leads to an increased rate of evaporation.
The rate at which magma cools determines the size of the mineral crystal.
that means like when somthing is in a own properties
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birth rate & death rate,fertility rate.
Temperature doesn't really affect the crystal size; the rate of cooling is the major factor. The faster the mineral, rock, etc. (whatever has the crystals) cools, the smaller the crystals- the slower the larger. If you were "growing" crystals with a set, the warmer the temperature generally means the larger the crystals.