The water can be chemically attacking the minerals contained in the rock, or be the medium which carries abrasive rock particles which weather solid rock. The power of moving water can tumble rocks into each other, rounding them and reducing their size, in the same principle as a rock tumbler. Crashing waves can pound into rock cliffs, reducing them to rubble, where they can be further weathered by the previously mentioned water effects. Pressures caused by freezing and thawing water in rock fissures will also reduce rock size.
Erosion caused by wind, water, ice, and chemical processes can gradually wear away solid rock on a cliff over time. These natural forces break down the rock into smaller particles, eventually causing the cliff to erode and change in shape.
Water fall
Erosion is the term used to describe the process of wearing away by wind or water. It can involve the gradual removal of soil, rock, or other material from landforms.
The agent responsible for wearing away rock particles is typically water, wind, ice, or waves. These agents cause erosion through processes such as abrasion, where rock particles are rubbed against each other and the rock surface, slowly breaking them down over time.
Because the large one has a more bigger surface than the small rock
ocean waves but not a small stream
Weathering.
Constant erosion from wind and water makes the rock wear away. It's how canyons and mountains were formed.
Erosion caused by wind, water, ice, and chemical processes can gradually wear away solid rock on a cliff over time. These natural forces break down the rock into smaller particles, eventually causing the cliff to erode and change in shape.
The force of moving water alone can wear away particles of rock.
yes, the force of the currents can slowely wear it down
A rock can wear away over time due to weathering processes such as erosion, where it is broken down by wind, water, or ice. Abrasion from friction with other rocks or sediment can also wear down a rock's surface. Chemical weathering through reactions with water or acids can further break down the minerals in a rock.
Water fall
Water fall
Water fall
Water fall
umm sedimentary