The mountains become reduced in size. Glaciers slowly deform and flow due to stresses induced by their weight, creating crevasses, seracs, and other features. They also wear down rock and debris from this can create landforms such as cirques and moraines.
A weathered mountain may have more rounded features, smoother surfaces, and a duller color due to erosion and exposure to the elements over time. In contrast, an unweathered mountain would likely have sharper peaks, rugged surfaces, and more vibrant colors due to minimal erosion and weathering processes.
A weathered mountain may have a more rounded appearance due to erosion over time, with softer contours and smoother surfaces. It may also exhibit discoloration or staining from exposure to the elements. In contrast, an unweathered mountain would have sharper, more jagged peaks and ridges, with a fresher and more uniform appearance.
The kind of mountain you are describing is most likely a "gentle sloping mountain" or a "shield volcano." These mountains are formed by layers of hardened lava flows and have weathered over time to have rounded peaks and gentle slopes. They are typically found in areas of low volcanic activity.
A weathering mountain would show signs of physical and chemical erosion processes actively shaping its features, such as exposed rock surfaces, cracks, and loose debris. In contrast, a weathered mountain would have smoother surfaces, rounded edges, and a more muted color due to the gradual breakdown and wearing away of its features over time.
A weathered mountain may appear smoother and more rounded, with less pronounced features like sharp peaks and ridges. It may also have more vegetation growing on its slopes, as weathering breaks down rock into soil that can support plant growth. In contrast, an unweathered mountain will have sharper, more rugged peaks and ridges, with less vegetation due to the harder, more barren rock surfaces.
it turns to sediment
mature
because snow and ice comes in the glaciar
When sedimentary rocks are weathered and eroded, they turn into sediments. And after compaction and cementation of the sediments, it will turn back into sedimentary rock.
A weathered mountain may have more rounded features, smoother surfaces, and a duller color due to erosion and exposure to the elements over time. In contrast, an unweathered mountain would likely have sharper peaks, rugged surfaces, and more vibrant colors due to minimal erosion and weathering processes.
A weathered mountain may have a more rounded appearance due to erosion over time, with softer contours and smoother surfaces. It may also exhibit discoloration or staining from exposure to the elements. In contrast, an unweathered mountain would have sharper, more jagged peaks and ridges, with a fresher and more uniform appearance.
alluvial fans
It turns into sedimentary rocks.
The kind of mountain you are describing is most likely a "gentle sloping mountain" or a "shield volcano." These mountains are formed by layers of hardened lava flows and have weathered over time to have rounded peaks and gentle slopes. They are typically found in areas of low volcanic activity.
A weathering mountain would show signs of physical and chemical erosion processes actively shaping its features, such as exposed rock surfaces, cracks, and loose debris. In contrast, a weathered mountain would have smoother surfaces, rounded edges, and a more muted color due to the gradual breakdown and wearing away of its features over time.
A weathered mountain may appear smoother and more rounded, with less pronounced features like sharp peaks and ridges. It may also have more vegetation growing on its slopes, as weathering breaks down rock into soil that can support plant growth. In contrast, an unweathered mountain will have sharper, more rugged peaks and ridges, with less vegetation due to the harder, more barren rock surfaces.
The Earth's crust becomes weathered, and this can affect the landscape over time.