Classification of organic compounds

Box 3.1 Classification of Organic Compounds According to Their Ability to Undergo Particular Molecular Interactions Relative Strengths of Dispersive Energies Between Partitioning Partners A First Glance at Equilibrium Partition Constants Examples of Absorption from the Gas Phase... 

Box 3.1 Classification of Organic Compounds According to Their Ability to Undergo Particular Molecular Interactions... 

Classification of organic compounds according to functional groups... 

Fig. 6-1. Classification of organic compounds with 7r-electron systems, according to Dahne [18, 19].

The classification of organic compounds is based on the structure of the molecules. Aliphatic compounds have open-chain structures such as hexane (1) and can contain single (C-C), double (C=C) and triple (C C) bonds. In alicyclic molecules, the carbon atoms form a cyclic structure, as in cyclohexane (2) and cyclohexene (3). 

Table 7.2 Classification of Organic Compounds in Luminous Chemical Vapor Deposit...

Figure 3.1. General Classification of Organic Compounds 3.1.2 Classification by Fnnctional Gronp...

S. Soloway and P. Rosen. Anal. Chem. 29, 1820-3 (1957). Classification of organic compounds according to indicator reaction. 

A9.3.5.3 For classification of organic compounds, it is desirable to have stabilized and analytically... 

Classification of organic compounds in terms of their skeletal carbon structure... 

Principles of a Classification of Organic Compounds, From the considerations expressed above, a classification of carbon compounds can be deduced which I wish to describe at the end because, having used it for a considerable period of time, it seems to me to provide a reasonably clear organization of the compounds of carbon. I hope this classification will be found not only clear but also in conformity with the time, since it is built on the most important discoveries of the last few years. 

Ketones, aldehydes, carboxylic acids, esters, and amides all have a carbon-oxygen double bond (often called a carbonyl group). Explain how these classifications of organic compounds are different from each other. 

The most general classification of organic compounds divides them into hydrocarbons and substituted hydrocarbons. A hydrocarbon molecule contains only carbon and hydrogen. A substituted hydrocarbon is one in which one or more hydrogen atoms is replaced by another atom or group of atoms. 

Figure 1 Classification of organic compounds by physicochemical properties.

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