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What is the process in which rocks ate broken down into smaller pieces by ice, water
What is the process in which rocks ate broken down into smaller pieces by ice, water
This process is known as weathering, where the rock is broken down by a combination of physical, chemical, and biological processes. These processes can include erosion, freeze-thaw cycles, root growth, and oxidation, which gradually break the rock into smaller pieces.
Mastication, known in common vernacular as chewing. (Mechanical digestion)
segmentation
The process of breaking large food pieces into smaller ones is called mastication. This is primarily done by the teeth in the mouth through chewing, which helps to mechanically break down food into smaller, more manageable pieces for easier swallowing and digestion.
The process of breaking down large masses of rock into smaller pieces is called weathering. This can occur through physical, chemical, or biological processes. Physical weathering involves the mechanical breakdown of rocks, while chemical weathering alters the minerals within the rocks. Together, these processes contribute to the formation of soil and sediment.
phyiscal change
The process you are referring to is called catabolism. Catabolism involves breaking down large molecules into smaller ones, releasing energy in the process. This process is essential for producing energy and building blocks for anabolic reactions in cells.
Plants can break down large rocks into smaller pieces through a process called physical weathering. Plant roots can grow into cracks in rocks and expand as the plant grows, exerting pressure and causing the rock to break apart. This can help to create soil for the plant to grow in.
Small pieces of rock from old broken-up comets become meteoroids when they enter Earth's atmosphere. Depending on their size, they can create meteors (shooting stars) as they burn up or meteorites if they survive the journey to the surface of the Earth.
The process is called catalytic cracking. In this process, large hydrocarbon molecules are broken down into smaller molecules by exposing them to high temperatures and a catalyst. This results in the formation of lighter hydrocarbons that are more suitable for use as fuels.