Carbon dioxide is produced.
The weathering process is chemical weathering, specifically dissolution. The acid in the rain reacts with the calcium carbonate in the limestone, causing it to dissolve and wear away over time.
Rate od reaction would depend on:Concentration )pH) of the acid rainMaterial of construction of the statue (Limestone significant impact, granite none)The average temperatureThe exposure to wind, rain and sunshine (to heat the statue)Any preservative measures used as maintenance
Limestone is the most effective rock type at buffering acid precipitation due to its high calcium carbonate content, which can neutralize acidic compounds. When acid precipitation falls on limestone, it reacts with the calcium carbonate to form less harmful byproducts, helping to reduce the impact of acid rain on the environment.
Sulfuric and nitric acid, mainly from industrial, vehicle, and coal fired electrical generating plants, and which is formed in the atmosphere and falls to earth in rain (extremely acidic rain). The acids reacts chemically with the calcium carbonate composing the limestone, dissolving it.
Granite statues tend to weather more slowly than limestone statues due to granite's greater density and durability. Granite is more resistant to the effects of weathering such as erosion, acid rain, and freeze-thaw cycles. Therefore, a granite statue will generally maintain its appearance better over time compared to a limestone statue.
When limestone reacts with acid, Carbon Dioxide is produced.
carbon dioxide
acid rain (it can destroy limestone) (it also made the Statue of Liberty green)
Carbon Dioxide
because of acid rain
The weathering process is chemical weathering, specifically dissolution. The acid in the rain reacts with the calcium carbonate in the limestone, causing it to dissolve and wear away over time.
The rate at which acid rain reacts with a statue is influenced by factors such as the composition of the statue (e.g. limestone is more susceptible), the concentration of acid in the rain, the duration of exposure, and the weather conditions (e.g. temperature and humidity). Additionally, the presence of protective coatings or treatments on the statue can also affect the reaction rate.
Rate od reaction would depend on:Concentration )pH) of the acid rainMaterial of construction of the statue (Limestone significant impact, granite none)The average temperatureThe exposure to wind, rain and sunshine (to heat the statue)Any preservative measures used as maintenance
When acid rain falls on limestone, chemical weathering called dissolution occurs. The acidic rainwater reacts with the calcium carbonate in the limestone, causing it to dissolve and gradually wear away the rock over time. This process can result in the formation of features such as caves and sinkholes.
Carbon dioxide gas is produced when limestone, which contains calcium carbonate, reacts with an acid. This reaction forms calcium acetate, water, and carbon dioxide gas.
Limestone is the most effective rock type at buffering acid precipitation due to its high calcium carbonate content, which can neutralize acidic compounds. When acid precipitation falls on limestone, it reacts with the calcium carbonate to form less harmful byproducts, helping to reduce the impact of acid rain on the environment.
Carbon Dioxide