why sulfur oxides and nitrogen oxides contribute to acid rain

Dilute sulfuric acid is a strong acid and a good electrolyte; it is highly ionized, much of the heat released in dilution, coming from hydration of the hydrogen ions. The dilute acid has most of the properties of common strong acids. It turns blue ..

The elements of group 15 combine with oxygen either directly or indirectly to form oxides. The important oxides of group 15 elements along with their oxidation states are listed in table. Thus, it is nitrogen, which forms all oxides having oxid..

These are acidic, corrosive, poisonous gases that come from combustion of sulphur-bearing fuels such as coal and oil. These gaseous pollutants are released into the atmosphere through volcanic eruptions (natural activity). Man-made sulphur oxide pollutants are produced mainly b..

Acid Rain - Normally while rain travels through the air, it dissolves floating chemicals and washes down particles that are suspended in air. At the start of its journey raindrops are neutral (pH = 7). In clean air, rain picks up materials that occur naturall..

The oxides of nitrogen and sulphur are corrosive and poisonous. When in excess in the atmosphere, these gases react with water (e.g., rain water) to form acids, and thus result into acid rain. Acid rain has the followi..

. It is also accompanied by some oxides of nitrogen. The emission of these gases cause severe environmental pollution. These gases also dissolve in rain water and make it acidic. The rain containing these dissolved compounds is called acid..

Nitric oxide and nitrogen dioxide are important in the manufacture of nitric acid and nitrate fertilizers. In recent years, N 2 O 4 has been used as an oxidizer for rocket fuels in missiles and space vehicle..

In the natural processes of volcanic eruptions, forest fires and bacterial decomposition of organic oxides of sulphur and nitrogen, production and reductions of gases naturally tend to an equilibrium. Power plants, smelting plants, industrial plants, burning of coal and automob..

Nitrogen - Nitrogen forms nearly 78% of the volume of air. Earlier, the useful significance of nitrogen was not known and it was considered to be inactive. At that time, nitrogen was considered important only because it was known to moderate the processes of ..

Oxidation of alkynes gives mono or dicarboxylic acids. For example, Alkaline KMnO4 oxidises ethyne to oxalic acid. oxalic acid(ethanedioic acid) With chromic acid, ethyne gives acetic acid. ethyneethanoic acid(ace..