Oxidation in Organic Chemistry

Oxidation in Organic ChemistryOxygen oxides have been popular due to their potential to produce both attractive, often white or yellow colors when mixed with common base compounds, such as aluminum and silicon. However, what is it really about oxidation in organic chemistry that might interest you?First, do not mistake oxidation for color! This simply is not the case. Oxidation is the production of oxygen through a chemical reaction. The process of oxidation is actually rather complex. Oxidation itself is the chemical reaction that removes a hydrogen atom from an organic compound.The second reaction that occurs in oxidizing organic compounds is the conversion of oxygen to hydroperoxide, which is commonly found in fruits and vegetables. Oxygen is an abundant element in the atmosphere and therefore in the air, and some natural plants, such as the strawberry, contain lots of oxygen. However, oxygen will also produce free radicals, also known as radicals. In this reaction, the conversion of oxygen to free radicals is what's called 'oxidation'.This oxidation is harmful because of the reaction that occurs in this reaction. Free radicals are highly reactive molecules that destroy cells in the body. It's important to realize that no amount of oxygen in the air is good for your health!When this oxidation occurs in a polymer such as polystyrene or styrene, it causes the breakdown of those compounds. This means that if you get your hands on a green scrub scrubbing material, you could end up in the hospital! It's no wonder that the use of oxidizing chemicals in organic chemistry has been shunned for decades. Yet this is exactly the reaction that happens with organic chemistry in organic chemistry!The importance of oxidation in organic chemistry is so important that in the last 50 years, it has been the subject of several books on the subject. But you must keep in mind that oxidation itself is not a problem.But in all likelihood, you'll want to learn more about oxidation in organic chemistry to determine if you actually want to make the choice. While you're there, you'll learn the significance of catalyst and the differences between organic and inorganic chemistry.