Answer:
The correct answer is - crystalization to form igneous or magmatic rocks.
Explanation:
As magma cools beneath 1300°C, minerals begin to take shape or crystalize inside it. On the off chance that that magma is, at that point engaged with a volcanic emission, the remainder of the fluid will cool rapidly to frame a porphyritic surface. Crystallization in the stone cycle alludes to the development of rock precious stones in cooling magma.
Magma cools either underground or on a superficial level and solidifies into a volcanic stone. As the magma cools, various precious stones structure at various temperatures, experiencing crystallization. For instance, the mineral olivine takes shape out of magma at a lot higher temperatures than quartz. Rocks formed from the crystallization of a fluid (liquid stone).
The correct answer is - crystalization to form igneous or magmatic rocks.
