The burning of oil

-

The burning of oil

The burning of oil is very detrimental to the environment, not only only to a specific area, but on a very larger scale, to the world. With the rising issues of global warming around the world, some countries are or would be facing serious consequences, like higher frequency of floods, heat waves, storms , droughts and many others. Burning of oil is not the only contribution to global warming, but is an aspect  we can control, so we pay particular attention to it.

 Burning of oil also has many other negative impacts on the environment like:
- Causes acid rain, which is harmful to plants and to animals that live in water, and it worsens or causes respiratory illnesses and heart diseases, particularly in children and the elderly.
- Contributes to ground-level ozone, which irritates and damages the lungs.
- Results in hazy conditions in cities and scenic areas, and, along with ozone, contributes to asthma and chronic bronchitis, especially in children and the elderly.

 From the factors above, we can see that burning of oil is bad for the environment, and should be avoided to help the future generations and let the planet have a future. 

Oil must not only be burned to be useful, oil can be used for many other things
Image result for Should we be burning all our oil, or should we be conserving it to make other products such as plastics and medicines?


Works cited:
http://www.sliderbase.com/spitem-95-1.html
https://www.wwf.org.au/what-we-do/climate/causes-of-global-warming#gs.ANB8S9OR

Comments

Post a Comment

Popular posts from this blog

Everyday application of Hess's Law

-
Image
  Everyday application of Hess's Law Burning calories, consuming food, driving home, we all should be familiar with these actions because we do them everyday, but what some of us don't realise is that all these actions related one fundamental law of conservation of energy, Hess's Law.   Hess's Law states that: regardless of the multiple stages or steps of a reaction, the total enthalpy change for the reaction is the sum of all changes. [1]   We will further discover how our indrustries, human body and drug production are related to this law and to better understand the science behind it. Industries Today, all our mass and low cost production depends on factories and industries and all these industries require huge amount of energy.   To keep everything the most efficient possible, these industries has to determine the method that is the most effective to produce a product based on the energy needed or released.   For example:  Car companies must determine ho
Read more

Antoine Lavoisier and his contribution to Chemistry

-
Image
The French Bourgeoisie helping out with science: “In performing experiments, it is necessary… that they be simplified as much as possible, and that every circumstance that could complicate the results should be completely removed.” -Antoine Lavoisier Early life and Work: On the 26 of  August 1743, Antoine Lavoisier was born to a wealthy family of nobility and was the son of an attorney at the Parliament of Paris. He  went to school at the College des Quatres Nations, University of Paris at the age of 11 were he studied chemistry, botany, astronomy and mathematics and received a law degree which admitted him the bar. (1). This French nobleman, chemist and biologist is credited for being the first one to put an extensive lists of the elements, helping construct the metric system and reform chemical nomenclature. Lavoisier is also known as the “ father of modern chemistry” (1). Lavoisier who was originally part of the Ferme generale ( most hated components of the F
Read more

Allotrope Blog Post: Graphite

-
Image
Graphite is a naturally occurring allotrope of Carbon. It is classified as the most stable allotrope under STP and its atoms are arranged in a hexagonal structure. Graphite has a very similar composition to that of diamond, but they have completely different properties and structures. Graphite is very soft and is used mainly in manufacturing and for being known as the “lead” in pencils. Graphite itself can come in many different forms. There is flake graphite, chunks of graphite, and it can be trapped in different substances such as marble and metamorphic rocks.  Graphite is an interesting allotrope because of the way the carbon atoms are positioned in the network covalent structure. Graphite is made up of many single layers of Carbon atoms that are off-centered from each other. This is what makes writing with pencils so easy. The graphite layers slide right off of each other because of the weak London Dispersion Forces between layers. This differs from other Carbon allotropes like dia
Read more