Want this question answered?
It erodes them.
The majority of minerals associated with igneous rocks are silicates. It is the proportion of certain silicate minerals that affects the color of igneous rocks. Igneous rocks that are high in orthoclase feldspar, quartz, and muscovite mica will be lighter in color than igneous rocks that are higher in olivine, pyroxene, amphibole, and biotite mica.
The calcium carbonate present in those rocks affect the film rolls which discontinues the films or serials. The acids evaporate and fall down in condensed form along with acid rain.
Foliation is a descriptive term applied to certain types of metamorphic rocks, so, by definition, Yes, a folate rock is metamorphic.
Not really at all. Except through erosion from rainfall. Extensive rain and flooding may also cause landslides and mudslides, dislodging rocks.
hydrolysis
== == Acidity can dissolve certain rocks through chemical reaction.
hydrolisis is the chemical breakdown of rocks as they react with water where as hydration is the breakdown of rocks as they absorb water.
The four different types of chemical weathering are hydration, oxidation, carbonic acid action and hydrolysis. Chemical weathering is a chemical reaction that erodes certain things such as building materials and rocks.
the rocks is wet
The rocks will into pieces.
No elements but mineral compounds. Calcium carbonate and calcium sulphate are soluble in water acidified by atmostpheric carbon-dioxide; and humic acids. Others such as felspar are broken down by the related process, hydrolysis.
Some rocks are more reactive than others due to differences in their mineral composition. Rocks that contain minerals that are chemically unstable or have a greater tendency to react with other substances will be more reactive. Additionally, the presence of certain elements or ions in the rock can also make it more prone to chemical reactions.
Weathering is the reduction in the size of rock due to a variety of mechanical and chemical factors, like hydrolysis, oxidation, reactions to acidic rainfall, release of pressure, abrasion, frost wedging, and plant root growth, among many others.
Wind and water can affect rocks by carrying them around and eroding the rocks by such pressure
yes
Stress forces affect rocks in various ways. The most common effects include cracking, breaking, shrinking or total change in their composition among others.