On the Structure of Phenylacetic Acid
Phenylacetic acid is also an organic compound. Its structure is unique and important.

Looking at its structure, it is based on the benzene ring, and the ring is six-carbon co-structuring, with the stability of conjugation. The bond length between carbons is uniform, not single or double, which is a special π bond system. The ring is aromatic, making its chemical properties different from ordinary hydrocarbons.

One side of the benzene ring is connected to methylene (-CH -2 -). This methylene is the beginning of the chain and is single-bonded to the benzene ring, which is more stable than the ring and slightly more active. The hydrogen of methylene is disturbed by its electronic effect due to the o-benzene ring, and its properties are unique. Carboxyl group containing carbonyl group (C = O) and hydroxyl group (-OH). The carbon-oxygen double bond in the carbonyl group, the electron cloud is biased towards oxygen, which makes the carbon dominant. Hydroxyoxygen has lone pair electrons and can be conjugated with the carbonyl group. This conjugation effect makes the hydrogen of the carboxyl group easy to separate and acidic. The acidity of phenylacetic acid is derived from this carboxyl structure.

The structure of phenylacetic acid, the ring, chain and carboxyl group are combined to form unique chemical properties. It is an important raw material for organic synthesis; it may also play a key role in biochemical reactions. The root cause is its delicate Structure Of Phenylacetic Acid.