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Impact on the environment of acid rain
Investigation for acid rain
Acid rain as a man made hazard
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Recommended: Impact on the environment of acid rain
Understanding Acidic Precipitation or Acid Rain
Our atmosphere functions as living ecosystem of chemical reactions. Through the help of the water cycle, chemicals pass through the atmosphere and are eventually taken up by the soil, surface water, or organic materials. Human beings have added enormously to the atmospheric burden of many toxic substances. The most prominent evidence of this is the presence of acid rain: precipitation and particles that have been made acidic by air pollution.
Acid rain is a direct consequence of the atmosphere's self-cleansing process. The tiny droplets of water that make up clouds continuously capture suspended particles and soluble trace gases. Not all trace gases can be removed by precipitation, sulfur dioxide (SO2) and nitrogen oxides in the atmosphere are chemically converted into forms that are readily added into cloud droplets: sulfuric and nitric acids, the main acids involved in acid rain.
The reaction cycle takes place in the troposphere. It begins when sunlight hits an ozone molecule (O3) the result is a molecule of oxygen (O2) and a...
consequences of modern day pollution, acid rain is undoubtedly one of the major concerns. Because acid rain is capable of harming a wide range of both living and nonliving things, studying its various effects and the corresponding mechanisms can yield pertinent information, which can be used to combat its effects. Primarily, it is essential to distinguish acid rain from natural rain since rain is naturally acidic. Even in a clean environment, rain tends to be slightly acidic due to the presence of carbon
Rain forms when water vapor condenses and falls, the more it condenses the more it falls. Some raindrops are not pure and are filled with other materials, this is known as acid rain. Acid rain is a huge problem all over the world. Acid rain is mixture of chemicals, like fossil fuels and the atmosphere, it then comes down as rain, snow, hail, and sleet. The burning of fossil fuels is the main cause of acid rain. When oil and coal are burned they create sulfur dioxide, nitric oxide, and nitrogen dioxide
description of the state of the climate system that persists for usually 30 years. The climate is currently changing mostly due to increased human activities like burning fossil fuels of coal, oil or natural gas, agriculture or land clearing. ("Understanding Climate Change | Department Of The Environment") Some of the recent changes over the years include increased ocean temperature, the melting of widespread melting of snow and ice as well as rising sea levels. With
pollution. (5) High carbon monoxide, ocean heating, glacial melt, acid rain, ocean acidification, and coral bleaching are just a small number of the adverse effects that we as humans are having on the planet. The earth’s waters are an excellent source to find out the adverse effects of climate change. The surface of the earth is covered in more water than land and knowing how our waters are affected is a key element to understanding the true dangers of climate change.
less the peanut plants grew. While the plants given water with a pH of 7 only grew to a height of 1.9, Graph 1 still shows that acidic pHs negatively affect peanut plants. This is accurate, because the peanut plants in the aluminum sulfate group began the experiment at a height of 3 inches and the neutral group started as a sprout. The decrease indicates that acid rain, specifically consisting of aluminum sulfate, has a negative effect on the growth of peanut plants. Perhaps this occurs due to the