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Describe the rock cycle and the processes involved in it.
Describe the rock cycle and the processes involved in it.
The rock cycle is a continuous geological process that involves the formation, alteration, and recycling of rocks. It starts with liquid magma transforming into solid rocks, which then undergo alteration and may turn into molten magma again. Magma can transform into igneous rock through volcanism and cooling. Igneous rock can weather and erode to become sediment, which can accumulate and compress over time to form sedimentary rock. Both igneous and sedimentary rocks can undergo metamorphism and become metamorphic rock. Ultimately, all rocks can melt into liquid magma again.
What is the initial state of magma in the rock cycle?
What is the initial state of magma in the rock cycle?
The initial state of magma in the rock cycle is a liquid form.
How does magma transform into igneous rock?
How does magma transform into igneous rock?
Magma transforms into igneous rock through the processes of volcanism and cooling.
What happens to igneous and sedimentary rocks under heat and pressure?
What happens to igneous and sedimentary rocks under heat and pressure?
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What is the final fate of all rocks in the rock cycle?
What is the final fate of all rocks in the rock cycle?
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