The type of weathering that occurs when rock is broken down as it absorbs water is known as hydration weathering. This process involves the absorption of water into the rock structure, causing it to weaken and break apart over time.
Hydration
Hydration
Chemical weathering occurs when rock is broken down by chemical reactions as it absorbs water or other substances. These reactions can alter the minerals within the rock and cause it to physically weaken and disintegrate.
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.
Hydration weathering is a type of chemical weathering process where rocks absorb water and expand, leading to their breakdown and weakening. This process can cause minerals within the rock to dissolve or change in composition, ultimately breaking down the rock structure.
Hydration
Hydration
Hydration
Hydration
Chemical weathering occurs when rock is broken down by chemical reactions as it absorbs water or other substances. These reactions can alter the minerals within the rock and cause it to physically weaken and disintegrate.
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.
Hydration weathering is a type of chemical weathering process where rocks absorb water and expand, leading to their breakdown and weakening. This process can cause minerals within the rock to dissolve or change in composition, ultimately breaking down the rock structure.
Hydration
Weathering
The process of rocks being broken down by water, wind, ice, and heat is known as weathering. Weathering breaks down rocks into smaller pieces over time through physical or chemical means.
This process is an example of mechanical weathering, where rocks are physically broken down into smaller pieces by forces like water movement and abrasion.
Mechanical weathering (in this case, attrition) during erosion by water.