They get bigger and wider and over time may result to formation of caves.
The hole will likely deepen and widen as erosion from ocean waves continues. Over time, the waves will wear away the surrounding rock or land, causing the hole to increase in size.
coosa river
The landform was most likely shaped by erosion caused by water flow, such as a river or stream. Over time, the water's movement would have gradually worn away the rock and soil to create the landform's current shape.
A significant cause of change in landform is erosion, which can be triggered by natural conditions such as water flow, wind, and ice. Human activities like deforestation, mining, and construction can also accelerate erosion and lead to alterations in the landscape. Additionally, geological processes like volcanic eruptions and tectonic movements can reshape landforms over time. Climate change can further impact these processes, leading to more frequent and intense weather events that contribute to landform changes.
Point A likely represents a landform feature such as a mountain, valley, river, or a particular rock formation. The feature likely formed through various geological processes like erosion, weathering, volcanic activity, or tectonic movements over millions of years.
The hole will likely deepen and widen as erosion from ocean waves continues. Over time, the waves will wear away the surrounding rock or land, causing the hole to increase in size.
coosa river
The landform was most likely shaped by erosion caused by water flow, such as a river or stream. Over time, the water's movement would have gradually worn away the rock and soil to create the landform's current shape.
Everywhere as erosion happens due to wind, water and humans. Only it happens at different rates, some fast and some slow.
It is difficult to determine the first landform that was created as landforms have been evolving for millions of years through geological processes such as tectonic movements, erosion, and volcanic activity. Some of the earliest landforms on Earth were likely mountains and valleys formed by tectonic activities.
A significant cause of change in landform is erosion, which can be triggered by natural conditions such as water flow, wind, and ice. Human activities like deforestation, mining, and construction can also accelerate erosion and lead to alterations in the landscape. Additionally, geological processes like volcanic eruptions and tectonic movements can reshape landforms over time. Climate change can further impact these processes, leading to more frequent and intense weather events that contribute to landform changes.
Point A likely represents a landform feature such as a mountain, valley, river, or a particular rock formation. The feature likely formed through various geological processes like erosion, weathering, volcanic activity, or tectonic movements over millions of years.
The shape of a landform is most likely to change due to natural processes such as erosion, weathering, and tectonic activity. Erosion, caused by wind, water, and ice, wears away rock and soil, reshaping landscapes over time. Tectonic activity, including earthquakes and volcanic eruptions, can also dramatically alter landforms by creating new features or shifting existing ones. Human activities, such as mining and construction, can further modify landforms, though these changes are often more immediate and localized.
The likely word is mountain (an elevated landform, a peak).
The effect will likely be on the rock. Sand is rock that has already been powdered by erosion. What will happen is that the sand, if it is hard enough, will erode the rock surface, which typically polishes it until it is smooth.
Erosion will most likely wear it any, but that probably won't happen for years. But still, the Great Sphinx is always going to wear away and sooner or later, the Great Sphinx will be a stump.
do not know guys sorry