Sulfur oxides contribute to the formation of acid rains.
sulfur dioxide
Nitrogen oxides and sulfur dioxide react with water to form nitric acid and sulfuric acid respectively.
If you want to make distilled water from rainwater, you would perform distillation on the rainwater.
Weathering is a NATURAL process that would occur without humans on the planet. However, human activities, particularly the dumping of acidic gases (Carbon Dioxide and Sulfur Dioxide made as a byproduct of industry) into the atmosphere causes rainwater to become more acid than it would be if humans were not doing this. This acid rainwater speeds up the rate of weathering, particularly of limestone rocks.
Atmospheric sulfur dioxide that dissolves in it on its way down.
Sulfuric acid is formed.
sulfur dioxide
lower it
When sulfur oxides and nitrous oxides mis with water it comes down as acid rain.
The main problem with sulfur dioxide in atmosphere is the influence for acid rain. Sulfur dioxide molecules can react with rainwater to form sulfuric acid. Additionally, as sulfur dioxide is irritant to breathe, it may cause respiratory hazards too.
The term "acid rain" is applied to gaseous compounds that dissolve in rainwater and are carried back to Earth. These include industrial and vehicle emissions such as sulfur dioxide and nitrogen oxides (smog).
Because water absorb easily carbon dioxide and other gases (sulfur and nitrogen oxides) from the atmosphere.
Nitrogen oxides and sulfur dioxide react with water to form nitric acid and sulfuric acid respectively.
Nitrogen oxides and sulfur oxides released into the atmosphere form sulfuric and nitric acid when they come in contact with moisture,
Acid rain forms as far as most introductory environmental chemistry homework questions are concerned.
If sulphur dioxide and nitrogen dioxide are in the atmosphere and they mix with the water vapour then it falls as acid rain