Cliff
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.
coosa river
do not know guys sorry
Sediments that are loosely packed, fine-grained, or located in areas with high water flow or wave action are more likely to be eroded. Additionally, sediments that have been disturbed by human activities or natural processes like intense rainfall or ice melt can also be easily eroded.
Sedimentary rocks are most likely to result from the process of compacting and cementing particles together. This process involves the deposition of sediments such as sand, clay, and gravel, which are then compacted under pressure and cemented together over time to form sedimentary rocks like sandstone, shale, and limestone.
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.
The likely word is mountain (an elevated landform, a peak).
coosa river
The second image shows sediments in motion. The movement is likely caused by the flow of water or the force of gravity on the slope where the sediments are located.
Cool Whip
do not know guys sorry
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by sediments building up over time
Sediments that are loosely packed, fine-grained, or located in areas with high water flow or wave action are more likely to be eroded. Additionally, sediments that have been disturbed by human activities or natural processes like intense rainfall or ice melt can also be easily eroded.
Convergent boundary
Sedimentary rocks are most likely to result from the process of compacting and cementing particles together. This process involves the deposition of sediments such as sand, clay, and gravel, which are then compacted under pressure and cemented together over time to form sedimentary rocks like sandstone, shale, and limestone.
Deep-sea sediments most likely contribute to continent growth by being scraped off in a subduction zone and left at the surface.