Definition Organic Chemistry

Definition Organic ChemistryDefinition Organic Chemistry is the study of the chemical properties and reactions of substances and reactions that have no defined functions. It is distinguished from the Organic Chemistry. Definitions for these terms can be used in conjunction with any of the two. They all have common properties and components as such they are often used interchangeably.Organic Chemistry is a branch of science that examines the interaction of matter and the environment. This involves study of the properties of various chemical compounds. It can also refer to the materials, that are the result of the metabolism of living organisms. These may include food, energy, waste and many other products.Definition Organic Chemistry can encompass the study of the chemical processes of organic compounds. One of the chief definitions of this discipline is that it considers the properties of chemical bonds in living things that they use to build molecular bonds or molecules, which are a t the basis of chemistry.The other definition of Organic Chemistry involves chemical compounds that exist in nature without any industrial processing techniques. Many of these compounds are now used as solvents, additives to foodstuffs, pesticides, drugs and pharmaceuticals and even weapons.Definition Organic Chemistry can be divided into four branches. Some of these are mentioned above and there are others that do not relate to these but pertain to the structure of chemical compounds. The prefix that is used for these branches refers to the compounds and molecules that are studied.The first one is the Organic Synthesis. Here, molecules are made from inorganic substances and compounds that are already in nature. A similar definition is the Molecular Synthesis. Here, organic molecules are made from basic carbon, hydrogen and oxygen.Definition Organic Chemistry has contributed immensely to the field of modern chemistry and has done wonders to increase understanding of the nature of ma tter and the reactions that it can undergo. It has also changed the way in which we study material chemistry and in particular, the properties of organic molecules.