It will probably make some sort of sedimentary rock, because if the eroded sediments were put under enough pressure they might eventually meld together. Be careful though because there are different kinds of sedimentary rock. You wouldn't be able to tell which type of rock it formed unless you knew the type of rock eroded and the conditions they eroded in (is it a tropical area, arctic are, polar area, etc), it would also depend on how deep the rocks got buried and ho quickly. I hope that helps you out. By the way I'm in 8th grade taking Earth Science in case you are wondering where I got my info from!
Mass wasting, also known as mass movement, is the type of erosion that involves the larger portion of loose rock or soil breaking off a mountain due to gravity. This can result in processes like landslides, rockfalls, or slumps.
Mountain passes are typically formed by glacial erosion, where the movement of glaciers carves out a low point between mountain peaks. The glacier's forceful movement and abrasive action can widen and deepen a pass, creating a gap in the mountain range.
Sedimentary rock is a type of rock that is formed from the accumulation and erosion of sediment over time. Examples of sedimentary rocks include sandstone, shale, and limestone.
Mountain passes are typically formed by the erosive forces of glaciers, rivers, and weathering processes such as freeze-thaw cycles. Over time, the constant movement of ice, water, and rock fragments carves out a low point in a mountain range, creating a pass for travel.
The type of rock found on the slopes of mountains can vary depending on the specific mountain range and location. Common types of rocks found on mountain slopes include granite, basalt, schist, and limestone. These rocks are often exposed due to erosion and geological processes that shape the landscape of mountainous regions.
Mass wasting, also known as mass movement, is the type of erosion that involves the larger portion of loose rock or soil breaking off a mountain due to gravity. This can result in processes like landslides, rockfalls, or slumps.
It is abrasion
Mountain passes are typically formed by glacial erosion, where the movement of glaciers carves out a low point between mountain peaks. The glacier's forceful movement and abrasive action can widen and deepen a pass, creating a gap in the mountain range.
stone mountain is a rock of granite
Sedimentary rock is a type of rock that is formed from the accumulation and erosion of sediment over time. Examples of sedimentary rocks include sandstone, shale, and limestone.
erosion
Mountain passes are typically formed by the erosive forces of glaciers, rivers, and weathering processes such as freeze-thaw cycles. Over time, the constant movement of ice, water, and rock fragments carves out a low point in a mountain range, creating a pass for travel.
Mountain tops can be pointed or smooth depending on the type of rock and the erosion processes that have occurred. Pointed mountain tops are often formed by resistant rocks like granite that erode slowly, while smooth mountain tops can be the result of softer rocks that erode more quickly. Glaciers, wind, and water erosion can also contribute to shaping the tops of mountains.
The type of rock found on the slopes of mountains can vary depending on the specific mountain range and location. Common types of rocks found on mountain slopes include granite, basalt, schist, and limestone. These rocks are often exposed due to erosion and geological processes that shape the landscape of mountainous regions.
The upper part of the mountain mesa consists of Ordovician Quartzitic sandstone, commonly known referred to as Table Mountain Sandstone (TMS). It is highly resistant to erosion and forms characteristic steep grey crags.
At the top of a mountain, you would typically find metamorphic rock. This type of rock forms due to intense heat and pressure, which is common in the tectonic processes that occur at high elevations. Metamorphic rocks are often more resistant to erosion, making them prevalent in mountainous regions.
Stone Mountain is a large igneous intrusion composed predominantly of quartz monzonite, a type of igneous rock. It is an exposed granite formation that formed underground roughly 300 million years ago and was later exposed through erosion.