basic rocks (as a base an acid) such as limestone
Acid rain, which contains sulfuric and nitric acids, can react with minerals in rocks such as limestone and marble, causing them to dissolve and break down. This process of chemical weathering occurs because the acids in the rain increase the rate of dissolution of minerals in these rocks.
Acid rain helps erode, etch, and decompose rocks.
Acid rain can weather and erode rocks by reacting with minerals in the rocks, causing them to break down. Different types of rocks can be more susceptible to this process depending on their mineral composition. For example, limestone and marble are more vulnerable to acid rain due to their high calcium carbonate content, which can be easily dissolved by acidic water. Conversely, granite, a more resistant rock, may be less affected by acid rain due to its lower reactivity with acids.
carbonic acid rain and sulfuric acid rain
Rocks that are highly susceptible to chemical weathering through acid rain include limestone, marble, and some types of sandstone. These rocks contain minerals like calcite and dolomite that easily react with the acids in rainwater, leading to erosion and dissolution. Over time, acid rain can cause these rocks to deteriorate and lose their structure.
Calcium based rocks like chalk, limestone and marble are some examples of rocks easily erroded by acid rain.
Two types of acid found in rain are sulfuric acid and nitric acid, which are formed when sulfur dioxide and nitrogen oxides, respectively, react with water in the atmosphere. These acids are a result of air pollution from human activities such as burning fossil fuels.
Bases (alkaloids) are used to neutralize acids. ACID+BASE=SALT+WATER.
Baking soda can be used to slightly neutralize acid rain in small quantities. However, it is not a practical or scalable solution for neutralizing acid rain on a larger scale, such as in bodies of water or ecosystems. Other methods like lime application are more effective for this purpose.
Sulphuric acid
Acid rain
balls