Isomer

compounds with the same molecular
and
are called isomers. This phenomenon is called isomerism. Isomer phenomenon is caused by the different binding order and way of each atom in a molecule or by different spatial arrangement and orientation. The isomer phenomenon can be divided into structural isomer and stereosomy. Structural heterogeneity is heterogeneous due to the different binding order and way of each atom in a molecule, including carbon frame isomer, position heterogeneity, category heterogeneity and so on. Stereosomy isogeneous because of the spatial arrangement and orientation of the various atoms in a molecule, including transverse isomer, heterogeneous and heterogeneous. There are double-bonds or ring structures in a molecule that give some atoms or clusters in a molecule different spatial positions, resulting in isomeration, called transverse isomer.。 The four different atoms or clusters around the central carbon atoms in a molecule have two tit-for-ty pylon spatial configurations that mirror each other but cannot be reconsumed with each other, and this isomer is called a heterolytogeneous.
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。 The atoms or clusters in the molecules produced around a single-click rotation are arranged differently in space, so that the resulting heterogeneity is called anthogeneous isomer.。