because they are soil
...
No, rainwater absorption rates can vary in different types of soil due to factors like soil composition, compaction, and porosity. Sandy soil allows water to absorb quickly due to its large particles and high permeability, while clay soil has smaller particles and lower permeability, leading to slower absorption rates.
Rainwater absorption rate can vary depending on the type of soil. Sandy soils tend to absorb water more quickly due to their larger particles and greater pore spaces, while clay soils absorb water more slowly because of their smaller particles and compacted structure. Loamy soils, which are a mixture of sand, silt, and clay, have a moderate absorption rate.
Different plants have different nutrients , so no
No, different soils absorb rain water at different rates.
Sandy soils with a loose texture allow for the most rainwater infiltration due to their high permeability, which allows water to pass through easily. Well-structured soils with plenty of organic matter also facilitate rainwater infiltration by improving soil porosity and reducing surface runoff. Compacted or clayey soils that are prone to waterlogging restrict rainwater infiltration.
nono
No. Here's a table showing different soil types and their absorption rate. http://www.greenviewblog.com/2005/04/soil_type_and_w.html
No, different soils have varying abilities to absorb water. Factors such as soil composition, structure, and organic matter content influence how well soil can absorb and retain water. Soil texture, such as sand, silt, and clay content, also plays a role in determining water absorption capacity.
Grasslands and forests typically absorb the most rainwater due to their dense root systems and vegetation cover, which help slow down water runoff and allow for better infiltration into the soil. Wetlands and marshes also have high absorption capacity due to their saturated soils and water-loving vegetation.
Plants absorb mineral salts from soils and waters.
No
Dorothy Carroll has written: 'Rainwater as a chemical agent of geologic processes' -- subject(s): Water, Composition 'Mineralogy of selected soils from Guam' -- subject(s): Determinative Mineralogy, Guam, Mineralogy, Determinative, Soils