Acid Rain Papers

Acidity of an ecosystem, measured in pH, is a crucial factor to the survival of a species in an ecosystem. Altering it can have result in dramatically negative effects, in spite of the fact that pH of an ecosystem has been dramatically changed over a relatively short period of time due to various human activities. For example, acid rain is a major environmental problem that is caused by human-made pollution. When fossil fuels are burnt to get energy, pollutants like sulfur dioxide and nitrogen oxides get mixed into the rainwater and eventually are evaporated into the atmosphere. These gases enter the atmosphere, and mix with water in the water cycle to form an acidic mixture of water and gases. This water falls in the form of acid rain, which

When fossil fuels are burned to create electricity pollutants such as sulfur dioxide and nitrogen oxides are released into the air. They then mix with oxygen and water in the air to form acid rain. These chemicals can travel long distances in the rain before being deposited. (Epa.gov)

First is the acidification. Chemical reactions involving air pollutants can create acidic compounds. Sometimes, when an air pollutant, such as sulfuric acid combines with the water droplets that make up clouds, the water droplets become acidic, forming acid rain. Acid rain can kill trees and harm animals, fish, and other wildlife. When acid rain gets into soils, it makes the soil become unfit for many living things due to the change of nutrition. Acid rain also changes the chemistry of the water, harming aquatic life and even people’s health.

Acid rain can hurt the plants in the forest environment because when the plant start drinking the acid rain it makes the plants natural defense weaker. In doing that they are easier to die by diseases because they do not have much natural defense to protect them. It can also cause fires to the environment. Acid rain is known to take the nutrients out of soil killing trees, plants, and crops. With the low nutrients it does damage to the red spruce tree

Acid rain has a large concentration of hydrogen ions mainly coming from the burning of fossil fuels like coal, oil, and gas. It could kill living organisms, damage buildings, and monuments.

The acid rain, formed from the pollution, has a very bad effect on the environment. This is because it can kill trees and become groundwater, which would harm the water cycle negatively. The biological agents could even spread diseases if the water is drank, which has caused many deaths worldwide (mostly in children).

Acid rain is created through discharges of nitrogen oxide and sulfur dioxide, which reacts with water molecules and creates an acid. Acid rain breaks down rock and soil with contact through the Earth’s atmosphere, which is also known as weathering (Washington University).

Well if you already know that acid precipitation breaks down almost everything in it’s way that’s great but if you didn’t all give you a short explanation on what is. Some examples of acid precipitation are rain, sleet, or snow that contains a higher concentration of acid then normal. The things that make acid precipitation is when Air pollution from the burning of fossil fuels, such as coal and oil, also produces these chemical compounds. In conclusion compounds combine with water in the atmosphere to form acids.

Acid Rain and acid deposition are pollutants that are very difficult to escape. It can reach every part of the US and many parts of the world. According to the EPA, Acid Rain is a term that tends to be broad. It’s when precipitation contains Acidic particles such as Sulfuric, or Nitric acid. These acidic particles can get carried all over by different means such as rain, wind, and even fog. Once it hits the ground it is then washed away into water systems. Acid Rain is something that many organizations are trying to have some control over due to the health issues it can cause in people and wildlife.

Acid rain damages wildlife and their environments. For example, according to Marian Chertow, he says that acid rain damages lakes, rivers, and streams. Therefore, because the water is polluted with more of the wildlife will die from the acids in the water. In this case, this part is important because if you think about it, many people and animals get food from the water. For example, the fish live in the ponds. But if the acid from the acid rain gets into the water. Then the fish will die and that will be less food for animals and humans. This means that the animal life will die down.For instance, according to Marian Chertow he claims, acid rain can damage forests and soil. Therefore, forests and many areas that contribute to soil are places for animals to live. So this means that they will lose

Acid rain has been a problem dating back to the 1800s, but it was not until the 1960s that attention was finally brought to the forefront of this problem. Acid rain is not just rain, it is also snow, fog, hail, and mist. Rain itself contains acid because it mixes with naturally occurring oxides in the air. According to Fact Sheet, unpolluted rain would have a pH level of between 5 and 6. When the air becomes polluted with nitrogen oxides and sulfur dioxide the acidity can increase to a pH level of 4 (p. 1). Rain with a pH below 5.6 is called acid rain (Hill & McCreary, p. 208). This low level causes many problems for our environment. Power plants, factories, car exhaust fumes and even natural pollutants all contribute to

Many of the acidic deposits that fall from earth from to the atmosphere can cause the pH of the water to change, making them have a higher acidity than desired. This process was named acid rain from the Scottish chemist, Robert Angus Smith who discovered this in the 19th century (Reed, 2014). Acid rain is commonly known as air pollution today causing many detrimental effects on the environment (Funk & Wagnalls, 2016). Based on the pH of the concentrated rainfall, acid precipitation begins to take place. Acid precipitation begins in the atmosphere since this is where most of the pollutants are being combined to create many of the acids that aid in the acidity of acid rain. Most of the pollutants come from the oxides, sulfur dioxide (SO2) and nitrous oxides (N2O), which later on aid in the acidity of the rain fall (Funk & Wagnalls, 2016). By fully understanding the history and formation of acid rain through inorganic chemistry, scientists can extrapolate the data to help find solutions to decrease the pH concentrations of acid rain.

Acid rain is polluted rain, snow, or fog. The burning of fossil fuels, base metal smelting, and fuel combustion in vehicles emits sulfur dioxide (SO2) and nitrogen oxides (NOx) (FAQ Acid Rain). These gases enter the atmosphere

Acid rain causes long term damage to environmental habitats such as forests and lakes. When sulfur dioxide and nitrogen dioxide are released into the atmosphere they react with atmospheric molecules, sulfuric and nitric acid are formed; the equations on the slide show the reactions that occur between the compounds and HO molecules in the air. These acids are then deposited as either rain or dust, depending on the climate that they are in. The acids damage every structure they land on, as a result forests degrade and soil and water sources are poisoned; acid rain can also occur in cities, eroding buildings and even vehicles.

Human activities are the main cause of acid rain. Humans have discharged various different chemicals into the air, which have altered the mixture of gases in the atmosphere over the past few decades. Power plants release a large number of sulphur dioxide and much of the nitrogen oxides through the burning of fossil fuels, such as coal for the production of electricity. Additionally, nitrogen oxides and carbon dioxide are also released by the exhaust from cars, trucks and buses, which eventually leads to acid rain. . Acidity of rain is determined based on the pH level of water droplets. Normal rain water is acidic to some extent with a pH scale of 5.3 to 6.0 as carbon dioxide and water present in the atmosphere react together to produce carbonic acid (H2CO3), which is a weak acid. The equation for carbonic acid is CO2 + H2O ⇌ H2CO3. Both human activities and natural sources play