chemical
Mechanical weathering - Disintegration - breaks down into smaller pieces, no new substance. Frost Action, Abrasion, Gravity, Organic Activity, Wetting and Drying, and Joint Sheeting are the six major causes of mechanical weathering.
Chemical weathering involves the decomposition of rock as minerals react with substances such as oxygen, water, and acids. This process breaks down the minerals within the rock, altering its composition.
Hydration weathering occurs when rock absorbs water, causing it to expand and break apart. This process is common in areas with frequent cycles of wetting and drying.
Alternating wetting and drying, causing continuous heating and cooling of rock surfaces, due to change in weather conditions by rainfall and sunshine periods, which leads to uneven expansion within rock layers. This eventually results in cracking and peeling off of rock surfaces (exfolliation).
Tropical Wet and dry is a place that is hot all year with rainy and dry seasons. It is grassland with some trees. It has animals like giraffes Lions and Zebras! Like the Savanna!! :)
The type of weathering that occurs along ocean cliffs is mainly mechanical weathering, caused by processes such as waves crashing against the rocks, causing them to break apart and erode over time. Chemical weathering can also occur due to the saltwater and other chemical reactions taking place along the cliff face.
Mechanical weathering - Disintegration - breaks down into smaller pieces, no new substance. Frost Action, Abrasion, Gravity, Organic Activity, Wetting and Drying, and Joint Sheeting are the six major causes of mechanical weathering.
Chemical weathering involves the decomposition of rock as minerals react with substances such as oxygen, water, and acids. This process breaks down the minerals within the rock, altering its composition.
Water is a major component in weathering process. Its essential for all forms of disintegration either Mechanical/Physical, Biological or Chemical. Water aids in physical weathering through alternating wetting and drying of rocks thereby leading to breaking down of the rock. It helps in chemical weathering through dissolution of chemicals in rocks such as limestone. Water is a cause of both chemical and physical weathering.
Hydration weathering occurs when rock absorbs water, causing it to expand and break apart. This process is common in areas with frequent cycles of wetting and drying.
Alternating wetting and drying, causing continuous heating and cooling of rock surfaces, due to change in weather conditions by rainfall and sunshine periods, which leads to uneven expansion within rock layers. This eventually results in cracking and peeling off of rock surfaces (exfolliation).
Wetting: humidification of conditioned air, humidification of clothes during a rain, etc. Drying: deleting water from humid sand, deleting water from humid dishes, etc.
Subaerial weathering is the process by which rocks and minerals are broken down and worn away by atmospheric elements such as wind, water, and temperature changes. This type of weathering occurs on the Earth's surface, where it is exposed to the elements. Over time, subaerial weathering can lead to the formation of soils and sediments.
Wetting is the process by which a liquid spreads across the surface of a solid, while drying is the process by which a liquid evaporates from the surface of a solid. These phenomena are important in various scientific fields, such as materials science and environmental science, as they can affect the properties of materials and the behavior of substances in different environments.
Tropical Wet and dry is a place that is hot all year with rainy and dry seasons. It is grassland with some trees. It has animals like giraffes Lions and Zebras! Like the Savanna!! :)
Wetting and drying. (: -Isis
Clay particles are generally thought of as the smallest classification of weathered rock particle, roughly 7 times smaller than red blood cells. Clays can be found at the end of the sediment deposition trip, at the bottom of lakes and marine environments.