DISROTATORY Meaning and
Definition
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"Disrotatory" is an adjective that is commonly used in the field of chemistry, specifically in the context of chemical reactions. It refers to a specific type of molecular motion or rearrangement that occurs during a chemical reaction.
In disrotatory processes, the movement or rotation of individual atoms or groups within a molecule occurs in opposite directions. This means that one part of the molecule rotates or moves in a clockwise direction, while another part rotates or moves counterclockwise.
These molecular rearrangements are of particular significance when considering the study of organic chemistry and the reactions of organic compounds. Disrotatory movements can play a crucial role in the formation or breaking of chemical bonds, leading to the creation of new compounds or the alteration of existing ones.
This term is often used in relation to two different types of molecular rearrangements: electrocyclic and sigmatropic reactions. Both of these reactions involve concerted or simultaneous movements of multiple atoms or groups within a molecule. Disrotatory processes are characterized by the simultaneous rotation in opposite directions, distinguishing them from conrotatory processes, where all parts of the molecule rotate in the same direction.
Understanding the concept of disrotation is essential in comprehending the mechanisms and overall behavior of various chemical reactions, thereby allowing scientists to predict and control the outcomes of these reactions for various practical applications.
Common Misspellings for DISROTATORY
- sisrotatory
- xisrotatory
- cisrotatory
- fisrotatory
- risrotatory
- eisrotatory
- dusrotatory
- djsrotatory
- dksrotatory
- dosrotatory
- d9srotatory
- d8srotatory
- diarotatory
- dizrotatory
- dixrotatory
- didrotatory
- dierotatory
- diwrotatory
- diseotatory
- disdotatory
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