It is because the rock is full of tiny air spaces that allow water to seep through it, so as the water seeps through the spaces it dissolves and removes material broken down by weathering. If you are doing this for a school science question, that's what textbooks are for. If not, then I can tell you are a person who enjoys to read and is a scientist.
It is because the rock is full of tiny air spaces that allow water to seep through it, so as the water seeps through the spaces it dissolves and removes material broken down by weathering. If you are doing this for a school science question, that's what textbooks are for. If not, then I can tell you are a person who enjoys to read and is a scientist.
It is because the rock is full of tiny air spaces that allow water to seep through it, so as the water seeps through the spaces it dissolves and removes material broken down by weathering. If you are doing this for a school science question, that's what textbooks are for. If not, then I can tell you are a person who enjoys to read and is a scientist.
It is because the rock is full of tiny air spaces that allow water to seep through it, so as the water seeps through the spaces it dissolves and removes material broken down by weathering. If you are doing this for a school science question, that's what textbooks are for. If not, then I can tell you are a person who enjoys to read and is a scientist.
It is because the rock is full of tiny air spaces that allow water to seep through it, so as the water seeps through the spaces it dissolves and removes material broken down by weathering. If you are doing this for a school science question, that's what textbooks are for. If not, then I can tell you are a person who enjoys to read and is a scientist.
It is because the rock is full of tiny air spaces that allow water to seep through it, so as the water seeps through the spaces it dissolves and removes material broken down by weathering. If you are doing this for a school science question, that's what textbooks are for. If not, then I can tell you are a person who enjoys to read and is a scientist.
Yes
The rate of chemical weathering increases when a rock becomes more mechanically weathered, also called abrasion.
No
a catalyst
The rate of chemical weathering typically increases when a rock becomes more mechanically weathered. Mechanical weathering creates more surface area for chemical reactions to occur, allowing water and chemicals to penetrate deeper into the rock and accelerate the breakdown process.
Abnormally fast heart rate is Tachycardia.
The composition of rocks affects the rate of weathering through factors such as mineral content and structure. Rocks with minerals that are easily chemically weathered, like limestone, will weather faster than rocks with more resistant minerals like quartz. Additionally, the presence of cracks or fractures in rocks can provide pathways for water and chemicals to penetrate, leading to faster weathering.