A rock below the ground is usually only exposed to chemical weathering. A rock on the surface would be exposed to mechanical and chemical weathering and would therefore weather and erode more quickly.
Surface rock is subject to wide variations between the heat of summer (expansion), and the freezing cold of winter (contraction). Water seeping into cracks will expand when frozen and widen the crack. Wind abrasion and rain also increases surface rock weathering.
Underground rocks avoid such extremes as underground temperatures are more stable. Water seaming through limestone bedrock will, over time, form potholes and caverns.
The process that occurs under the earth's surface and turns any kind of rock into metamorphic rock.
The process that occurs under the earth's surface and turns any kind of rock into metamorphic rock.
Compare the weather processes that affect a rock on top of a mountain and a rock buried beneath the ground?
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Mostly the sedimentary part which involves the process of weathering, and diagenesis occurs at the earths surface.
what does the energy come out as when a shift occurs in the earths crust called
False, it occurs in the troposphere.
Surface runoff.
Earthquakes.
evaporation
Mostly the sedimentary part which involves the process of weathering, and diagenesis occurs at the earths surface.
Erosion, weathering
wind
When chemical weathering occurs on the rocks of earths surface, the earth lets out Phosphorus.Answer: Phosphorus
Epicenter
it get weak
Sedimentary rockSedimentary rockSedimentary rock
An EarthQuake Accurs
precipation
Focus
tornadoes