Cyclic Organic Chemistry

Cyclic Organic ChemistryWhile the theory of cyclic organic chemistry may seem complicated, the methods used to make it are simple. There are many examples of these kinds of organic chemistry at work in daily life.One of the most basic techniques for cyclic organic chemistry is the familiar process of neutralization. Using a simple method known as mass spectrometry, chemical analyses are performed to determine the concentration of the compound of interest. The reaction for this technique can be done either on the left or right hand side.Another form of cyclic organic chemistry is the conjugation of two compounds by means of a catalyst. The catalyst comes in several forms and is selected according to the starting or ending point of the reaction. Each form of catalyst will have its own unique effects and will require the use of a different kind of reagent. You can find examples of these reactions by using a dithionine reagent.While these are examples of the more complex techniques used in cyclic organic chemistry, there are other types of reactions that are very similar to the typical examples of cyclic organic chemistry. A carbon-fusing reaction, in which carbon-containing molecules are bonded to each other, is another example. In this reaction the common carbon atom of one molecule bonds with a nitrogen atom in the other molecule.These atoms combine to form larger molecules, known as monomers, through oxidation. A typical way of doing this is to burn the monomer, allowing a free electron to move from one of the atoms to another. This can happen in the form of an oxidation and reduction reaction.One of the more complex methods is a reaction known as the substitution of carbon. This occurs when carbon-containing molecules combine to form a molecule having a double bond between carbon atoms. The usual reaction occurs when the carbon in the atom of carbon-containing molecules is replaced by another carbon.As you can see, there are many examples of cyclic organic che mistry, making it very easy to understand. However, not all of these examples will necessarily be applicable to your job or lab.