The breaking down of Earth's surface, known as weathering, involves the physical and chemical processes that break rocks into smaller particles. This can occur through various mechanisms, including freeze-thaw cycles, temperature changes, and chemical reactions with water and atmospheric gases. Weathering plays a crucial role in soil formation and the cycling of nutrients, ultimately shaping landscapes over geological time. Erosion, often driven by water, wind, and ice, further transports these weathered materials, altering the Earth's surface.
Erosion
There are almost no extrusive rocks on the earths surface because they are all under the earths surface. They are mainly lower than the earths surface.
The process of rocks and other materials on the Earth's surface being broken down into smaller pieces by natural forces such as wind and water is known as weathering. This gradual process helps to shape the landscape over time by breaking down and fragmenting rocks into smaller particles.
Weathering is the process that involves the breaking down of rocks on the Earth's surface. This can occur through physical processes such as freeze-thaw cycles or chemical processes like acid rain. Over time, weathering contributes to the formation of soil and sediments.
well hot goes up and cold goes down
EROSION
eroison
Subsidence.
water can change the earths surface by breaking down rocks into sediment and then the wind blowing them to a different spot to change the earth.(An example is the Grand Canyon.)
By slowing down the earths rotation but will not make effect to humans .
Erosion
Weathering and erosion
Drawn as if you were looking down on an area from above earths surface.
It is actually called weathering, but if your talking about the process of rocks breaking down into smaller pieces by physical means it is called Mechanical Weathering, by chemical means it is called Chemical Weathering.
Denudational processes, which includes, weathering, erosion, deformation, and exfoliation. Mass movement also plays a great role in changing the earths surface.
Erosion
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