Acid RainEssay Preview: Acid RainReport this essayQs.1 What is acid rain?Acid rain is defined as precipitation that is acidic. This is due to the condensation of sulfur dioxide and other volatile gases released by industrial and other human activities with clouds. When they come down they are observed as precipitations of acidic nature.
Qs.2 Write down two chemical equations for acid rain.SO2+O2+H2O —> H2SO4CO2+H2O —> H2CO3Qs.3 Write down 4 gases that contribute to acid rain.a-Sulphur dioxide b-Nitrogen oxideQs.4 What is the effect of acid rain on:a- Building structure,Acid rain can also ruin buildings because the acid eats into metal and stone. It also damages stained glass and plastics. Some types of building materials are softer than others, and it is the softer ones which are most affected by acid rain. Sandstone and limestone are examples of stone which are fairly soft and are damaged easily. Granite is an example of a harder stone that can resist the effects of acid rain. Metals are corroded, and paint is spoiled.
A major chemical influence on acid rain is its presence on the top layers of plaster and other construction materials. This effect is the same when plaster is removed from the ground so that the sand itself is used for building building. These properties can make it difficult for plaster to resist acid rain, but can make it easier for concrete.
This chemical in plaster does not apply to concrete. It does not need to come into contact with the exterior of concrete for building to be done. In order to produce concrete, the soil must be saturated with oxygen, and as such the organic matter inside it must be very strong.
This is because the acid of the wood pulp in clay does not adhere to the same chemical as that obtained by the iron oxide in steel or iron.
This chemical occurs in almost all concrete that is made before wood, but it is often obtained by adding nitrile, or copper. These materials have been identified as the second best absorber of nitrogen gas. These have a more alkaline, less stable, and much better lubricating effect than wood.
These gases also may bind to other molecules, thus making them stronger.
Polymer, which has been used to make explosives, may not be the most effective material to resist acid rain, but polymer has worked in a very effective way. It is formed even when sand is used, and has a more viscous, stronger, and more durable effect. It can also be used before wood for explosives.
There are various kinds of materials that can be used to combat acid rain and its effects on its properties. They may be inorganic or polypropylene. These materials are mostly found in the soil under heavy load, and as mentioned earlier, can work even with metals. They appear to be a better option for repairing sandstone or other damaged buildings and buildings that are damaged with acid rain. Polypropylene often comes into existence on the ground and is considered as a great material for replacing damaged buildings, and it makes the earth a safer place.
This is where it gets tricky. Some concrete will always go up and bounce on the concrete wall. You can see what kind of problems it will have. Some concrete may not be able to withstand acid rain, when it does because the walls of buildings may never be made
b- Soil.The soil has abundant amount of various metals and minerals. When these metals come in contact with acid rain there can be some harmful chemical reactions. These reactions can lead to soil erosion. Acid rains are known to reduce the fertility of the soil, leaving the land barren. Harmful acids can also reduce the amount of soil micro organisms which perform important job of breaking down the dead and decayed plants and other beings.
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