Small pieces of clay. The totality of the clay minerals present in small pieces of clay would be washed away more quickly than the totality of the clay minerals present in the large blocks of clay. Granite, large pieces or small, would weather more slowly than clay.
Large! Because they can fall and get ice expanded in more areas of them.
Claystone would weather faster than granite.
Sedimentary rocks.
I think its small pieces of clay
Sedimentary rock
clay
Sandstone weathers comparatively quickly.
How fast it weathers
The type of rock that makes up most of the Earth's crust is igneous. It is the most common rock type because it has been forming billions of years ago, along with most formations on Earth.
Metamorphic rock
A metamorphic rock is most likely to form in an earthquake zone.
Sedimentary rock weathers the fastest and easiest
climate
it is an extrusive rock
Extrusive igneous rock.
Any type of Igneous rock.
Sandstone weathers comparatively quickly.
Being a hard, resistant rock type, granite commonly forms mountainous features at the surface and weathers to form characteristic "tor" features.
Depends on the type of rock. The thermal conductivity of most rocks range from 1 to 5 W/mK. (watt per meter kelvin) Compared to other things: Copper, a good conductor, its +-390 W/mK . PUR foam, a good insulator, its +-0,03 W/mK . So to answer your question: heat goes through rock, but not rapidly.
Obsidian is an example of a rapidly cooled rock, also known as volcanic glass.
Valleyglaciers:)
i think its granite Above answer is wrong! Granite is VERY hard and weathers slowly. SANDSTONE is very soft and permeable and weathers (erodes) very quickly.
The most powerful rock type move is either rock wrecker and head smash