Yes. The process is known as weathering.
When rocks break down or decompose, they form smaller rock particles, such as sand, silt, and clay. Over time, these particles can further break down into sediment or mineral components. This process is known as weathering.
When rocks break down or decompose, they can form smaller particles like sand, clay, or silt. These smaller particles can then be transported and deposited by wind, water, or ice to create new sedimentary rock formations over time.
No, not all rocks can be melted. Rocks with high melting points, such as granite, can require very high temperatures to melt. Additionally, some rocks can react chemically or decompose before reaching their melting point.
Yes, chemical weathering is the process by which rocks are broken down through chemical reactions, resulting in the formation of soil and sand. This process is primarily driven by factors such as water, oxygen, and acid rain that interact with the minerals in rocks and cause them to chemically decompose.
The vegetation source of weathering is the organic acids released by plants as they decompose. These acids can break down minerals in rocks, leading to weathering processes such as chemical weathering. The roots of plants can also physically break apart rocks, contributing to mechanical weathering.
soil!
soil
soil
Acid rain helps erode, etch, and decompose rocks.
they decompose
Soil . ! N.R.C.J (*;
It take 1 million -5million
all the rocks decompose and break down into soil ar dirt or mud
I don't think so... they just decompose after a while.
When rocks break down or decompose, they form smaller rock particles, such as sand, silt, and clay. Over time, these particles can further break down into sediment or mineral components. This process is known as weathering.
When rocks break down or decompose, they can form smaller particles like sand, clay, or silt. These smaller particles can then be transported and deposited by wind, water, or ice to create new sedimentary rock formations over time.
the temperature