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The image depicts "The Rock Cycle" showing the transformation processes among three types of rocks: Igneous, Sedimentary, and Metamorphic. Magma cools quickly to form Igneous rock, which then experiences erosion of rock into sand and stones, adding sediments, which under high pressure and temperature form Metamorphic rock. Metamorphic rock may also melt back into Magma. The cycle also includes Sedimentary rock formed by sediments, which can rise slowly to the surface, become exposed to high temperature and pressure to form Metamorphic rock, or submerge and melt into Magma. Additionally, there's an arrow pointing upwards indicating that Rock rises slowly to the surface, and another pointing down where Melting occurs.
Given the complexity of the image, the above description may not be entirely accurate.
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The graph illustartes the rock cycle in nature. Overall, the process ic cyclical and describes transtions between four distinct types of rocks such as magma, igneous, metamorphic and sedimantary rocks.
To begin with, metamorphic rock lying deeply under the ground might melts due to harsh conditions such as high pressure and temperature. Once this process is finished, melting liquid which is called magma can move towards the land surface where it cools quickly, forming igneous rock.
Following this, both igneous and metamorphic rocks on the surface undergo erosion transforming into thick material like sand or small stones. They, in turn, can be washed away by runoff and accumulate on the ocean floor, forming sedimantary rock. Finally, it can move towards the land surface and repeat the erosion cycle or, on the contrary, move deeper and be converted into metamorphic rock under high pressure and temperature, finishing the rock cycle.
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