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factors include: saturation, rate of cooling, temperature, and the crystal itself...
it depends on how long is ban under the ground
weather and climate changes cause difference in size of crystals. or erosion
Rocks formed from lava (known as extrusive igneous rocks, because the lava comes to the surface) can be any size - large or small. However, the density of the rock and the size of the crystals making up the rock is informative. Less "thick" (viscous) lava will produce higher-density rocks. The more silicon is contained in the lava/rocks, the thicker it will be. Thinner lava contains more iron and less silicon. The faster a lava cools, the smaller the crystals in the rock will be. By using crystal size in minerals, geologists can determine how fast the lava cooled, which helps to determine the type of eruption and the surface conditions when it occurred.
The size of the mineral crystals which comprise the rock.
evaporation
The rate at which magma cools determines the size of the mineral crystal.
by the size of the crystals, big crystals intrusive, small crystals extrusive
The factor the gebulkdje and the habut
If the lava cools quickly the crystals will be smaller than if it cooled slowly.
Factors that determine sample size
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By looking at the size, shape, and pattern of the rock's grains or crystals.
factors include: saturation, rate of cooling, temperature, and the crystal itself...
Temperature, pressure, and availability of elements all have an impact on the type of mineral formed and the size of its crystals.
Crystal size is largely dependent on the time the magma takes to cool and solidify. Slow cooling equals large crystals. Fast cooling equals small crystals.
The lava does because it could be a good use.