Shanxian Chemical
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Condensed Structural Formula of Sec Butyl Alcohol
The structural abbreviation of sec-butanol
sec-butanol has a unique structure. In the molecule of sec-butanol, a butyl group is connected to a hydroxyl group.
Butyl exists in various structural forms, and the butyl group in sec-butanol is sec-butyl. The structure of sec-butyl is that a methyl group and an ethyl group are connected to a carbon atom.
The hydroxyl group is connected to the sec-butyl group to form the structure of sec-butanol. The structural abbreviation of sec-butanol can be written as $CH_ {3} CH (OH) CH_ {2} CH_ {3} $. In this structural abbreviation, the order and manner of connection between each atom are clearly shown. The arrangement and combination of methyl ($CH_ {3} - $), hydroxy ($-OH $), methylene ($- CH_ {2} - $) and submethyl ($-CH - $) connected to another methyl group form the specific molecular structure of sec-butanol. This simple representation of the structure concisely reflects the composition of sec-butanol molecules, which provides an important structural information basis for the study of the chemical properties of sec-butanol and the chemical reactions involved.
sec-butanol has a unique structure. In the molecule of sec-butanol, a butyl group is connected to a hydroxyl group.
Butyl exists in various structural forms, and the butyl group in sec-butanol is sec-butyl. The structure of sec-butyl is that a methyl group and an ethyl group are connected to a carbon atom.
The hydroxyl group is connected to the sec-butyl group to form the structure of sec-butanol. The structural abbreviation of sec-butanol can be written as $CH_ {3} CH (OH) CH_ {2} CH_ {3} $. In this structural abbreviation, the order and manner of connection between each atom are clearly shown. The arrangement and combination of methyl ($CH_ {3} - $), hydroxy ($-OH $), methylene ($- CH_ {2} - $) and submethyl ($-CH - $) connected to another methyl group form the specific molecular structure of sec-butanol. This simple representation of the structure concisely reflects the composition of sec-butanol molecules, which provides an important structural information basis for the study of the chemical properties of sec-butanol and the chemical reactions involved.
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