Covalent binding of organic compounds can usually be to form a unique structure in the form of long chains and rings. Unlike the rather organic compounds, liquid organic compound, parse, grand less than 300 degrees. Solubility of organic compounds depends on the type of solvent and group work. Perkin trying to kuinina resulting organic dyes, which attracted much interest in organic chemistry to produce.
Life is too dependent on chemicals and organic compounds should not be linked to all life processes occur.
Production of organic molecules, a process that does not include life. This includes those enzymes that other metals such as iron, carbon is not necessary. Elemental carbon and some classes are also considered to be inorganic carbon compounds.Organic compounds can be used for many applications in several applications. It is used in products such as paints, plastics, food, explosives, and also the basis for many processes of nature and earthly life. They can also act as catalysts in biochemical reactions because of their reactivity is different.
Petrochemical industry has been created by the discovery of oil and exile into fractions. Conversion of compounds with different chemical process also the stimulus for the petrochemical industry. To explain the classification is needed in the field of organic chemistry the relative arrangement of atoms in a molecule must be added to full illumination. In short, materials are classified according to the structure of organic molecules and other components.
Connections are divided into working groups and is divided into sub-classes. There are two main classes of compounds, ie aliphatic compounds and compounds the cycle.
Aliphatic compounds are divided into three groups, alkene homologous series of paraffin, the bonds are not two or three times or olefins alkenes with twin and single bonds in olefins and acetylenes with triple bonds. Whether chain aliphatic compounds can be straight or branched chain continues to affect features such as octane number in petroleum chemistry and Çetin.
The compound may be saturated or unsaturated. Hydrocarbons cycle is divided into two groups namely; salicylate and aromatic. Ex-types in the form of large, whereas the aromatic bands containing multiple conjugated bonds, such as benzene.
In organic chemistry, carbon compounds trusted possibility that tissue specific molecules by attaching themselves to one another to form shapes. This process is known as polymerization, forming chains called polymers, while still a source monomer compound. Artificial polymers can be produced and referred to the polymer industry because he is naturally occurring or synthetic polymers known as biopolymers, such as Teflon, plastics, nylon, etc. All these can be present in several different variants based on the composition used for this production.
One more important field in organic chemistry studies included in the two-molecule chemistry. It is important to biochemistry. Biochemistry is the study of long-chain polymers and bio-amino acids, carbohydrates, and so on, basically, a molecule of many functions in living organisms. Animal Biochemistry with the mediation of small molecules that are needed to produce energy by using hydrocarbons that often exist in animals.
Connection between the electronic properties of fullerenes because the structure of each ball. Organic Compounds containing carbon together with oxygen-nitrogen, and halogens are classified in organic chemistry.
Organic reactions are chemical reactions involving organic compounds and compounds undergoing reaction function is determined by the group. Organic chemistry is the study of reactions and an applied science that is used in various fields, especially for the synthesis of design, analyze and put it uses practical.