Bioligical factors, slope, and elevation.
The rate at which rock weathers is primarily determined by climate (temperature and precipitation), the type of rock (composition and structure), and the presence of living organisms (such as plants or bacteria) that can contribute to the weathering process.
The three important factors that determine the rate at which rock weathers are climate, rock type, and topography. Climate influences weathering through temperature and precipitation patterns, with warmer and wetter conditions typically accelerating chemical weathering. Different rock types have varying resistance to weathering processes; for example, granite weathers more slowly than limestone. Lastly, topography affects drainage patterns and exposure to elements, with steep slopes potentially leading to increased physical weathering through processes like erosion.
The minerals that make up a rock determine how fast it weathers to a large extent. This is mainly true when it comes to chemical weathering.
The minerals that make up a rock determine how fast it weathers to a large extent. This is mainly true when it comes to chemical weathering.
The minerals that make up a rock determine how fast it weathers to a large extent. This is mainly true when it comes to chemical weathering.
Yes, the minerals that make upa rock partially determine how fast it weathers. But while there is some truth in this statement, the answer has to be false because the environment the rock surface is exposed to also determines how fast it weathers.
Oxygen in the air and acids.
Sedimentary rock weathers the fastest and easiest
The rock cracks and weathers.
Oxidation
what is a elementary rock
It lands on the rocks and dissolves them.