Organic Chemistry

Organic ChemistryInorganic Chemistry gives the fundamental understanding of chemistry and forms the basis for Organic Chemistry. It is the pre-requisite for working on such things as gas molecules, metals, semiconductors, etc. Inorganic Chemistry is more concerned with problems relating to matter and energy than with the structure of the atoms or the quantum structure of the molecules.Organics in itself may be defined as non-living matter. It is composed of free ions, or charged particles which are essentially held together by their mutual attraction and repulsion. This means that it is not a chemical compound, but a neutral particle.The relation between Organics and Minerals is the basis of Organic Chemistry. The organic compounds are the result of reactions which occur between one group of chemical groups and another group of compounds of the same element. When two compounds combine to form a new compound, they will combine either in series or in parallel and this is known as react ion series.On the other hand, the reaction which results in the formation of a new compound called 'isomer' is referred to as the conversion of organic compounds. A 'metabolite' is a compound that is produced when two compounds combine in reaction series to produce a new compound.A chemist is called a chemist because he is mainly concerned with working with molecules. Some others call him a 'quantum chemist' for he knows what goes on within a molecule. They also say that 'quantum chemistry' involves problematical issues such as the ultimate fate of matter or how to explain the atomic structure of electrons and their corresponding orbitals.Organic Chemistry is the study of matter. It also deals with heat and is extremely useful in other areas like gas and water analysis. The chemical elements are usually held together by a particular pair of atomic nuclei, often called the bonding sites. These nuclei can take different types of atom; either protons or neutrons, or one or more gluons. As a chemical element, a substance can only exist in its atomic state; no matter what it is made from. On the other hand, all the elements in the periodic table have both their atoms and their molecular structure in an unbroken chain; in effect, a chemical element that has been divided into its component parts can be broken down by heat into atomic and molecular components.