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Aromatic hydrocarbon can show electrophi...

Aromatic hydrocarbon can show electrophilic substitution reaction, oxidation and acidic nature. If alkyl group attached to benzene ring has `alpha-H` atom, it is oxidiesd into-COOH group. The electrophilic sustittion in aromatic compounds takes The at the position where most stable `sigma` complex is formed :
Answer the following questions :

out of the given compounds 'A' is/are:

A

B

C

D

Text Solution

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The correct Answer is:
`(a,b,d)`
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Aromatic hydrocarbon can show electrophilic substitution reaction, oxidation and acidic nature. If alkyl group attached to benzene ring has alpha-H atom, it is oxidiesd into-COOH group. The electrophilic sustittion in aromatic compounds takes The at the position where most stable sigma complex is formed : the product formed is/are:

Aromatic hydrocarbon can show electrophilic substitution reaction, oxidation and acidic nature. If alkyl group attached to benzene ring has alpha-H atom, it is oxidiesd into-COOH group. The electrophilic sustittion in aromatic compounds takes The at the position where most stable sigma complex is formed : The producut formed is/are :

If aromatic ring is substituted by more than groups then electrophilic aromatic substitution reaction take place according to more activating group. Types of group which donate electron in aromatic ring known as activating groups. Find out major product of following reaction :