The process of which freeze-thaw or physical weathering takes place is rather simple.
Firstly, water would get into cracks on a rock or hard material, and overnight, it would freeze.
Secondly, because when water freezes, it expands, it therefore forces itself further into the rock; the crack is made larger.
Lastly, this would created more space inside the rock, for more water to end up inside, and join in with the freeze-thaw, until finally, the rock would break.
Freeze-thaw weathering is the process in which water continually seeps through cracks and in the process freezes and expands, eventually leading the rock to break apart.
Freeze-thaw weathering involves WATER.
crack in a rock water gets in freezes at night when it is very cold and melts during the day causing an expansion which increases the size of the crack this happens over a very long time.
in small cracks in rock which ends up as large crack
Mechanical weathering.
or
Physical Weathering.
ice wedging, i think
physical
It is an example of mechanical or more specifically biomechanical weathering.
mechanical
chemical
carbonation is an example of chemical weathering carbonation is an example of chemical weathering
mechanical :) A+
A type of Chemical weathering that happens when water interacts with minerals.
Mechanical Weathering
It is an example of mechanical or more specifically biomechanical weathering.
chemical
mechanical
Physical weathering is a term used in science that refers to the geological process of rocks breaking apart without changing their chemical composition.
carbonation is an example of chemical weathering carbonation is an example of chemical weathering
mechanical :) A+
chemical weathering
Freeze/thaw cycles expand existing fissures in existing rock by the expansion caused by ice crystal formation. This leads to further erosion of the rock by freeze/thaw and chemical weathering from rainwater.
No. Frost wedging is a type of weathering.
Chemical