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There is a way to reduce benzene derivat...

There is a way to reduce benzene derivatives to the corresponding 4- cyclohexdiene known as Birch reduction . It involves treatment of aromatic substrate with two mole of active metal as Li or Na in liquid ammonia/alchol mixture.
Mechanism :

Find out correct product of the given reaction :

A

B

C

D

Text Solution

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The correct Answer is:
D
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There is a way to reduce benzene derivatives to the corresponding 4- cyclohexdiene known as Birch reduction . It involves treatment of aromatic substrate with two mole of active metal as Li or Na in liquid ammonia/alchol mixture. Mechanism : Predict the product of this reaction :

There is a way to reduce benzene derivatives to the corresponding 4- cyclohexdiene known as Birch reduction . It involves treatment of aromatic substrate with two mole of active metal as Li or Na in liquid ammonia/alchol mixture. Mechanism : Why alcohol, rather than ammonia, the proton source during the Birch reduction ?

How alkali earth metal dissolve in liquid ammonia ?

Birch reduction of aniline will produce :

When but-2-yne is treated with Na in liquid ammonia:

The Birch reduction of benzoic acid gives:

Birch reduction of nitrobenzne will produce :

HIMANSHU PANDEY-AROMATIC HYDROCARBONS-Linked Comprehension Type
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  2. Directing nature of substuted aromatic compound is decided by stabil...

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  3. If aromatic ring is substitued by more than groups then electrophilic...

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  4. If aromatic ring is substitued by more than groups then electrophilic...

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  5. If aromatic ring is substitued by more than groups then electrophilic...

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  6. A benzene ring deactived by strong and moderate electrons withdrawi...

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  7. A benzene ring deactived by strong and moderate electrons withdrawi...

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  8. A benzene ring deactived by strong and moderate electrons withdrawi...

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  9. For a typical nucleophilic aromatic subsitution reaction to take pl...

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  10. For a typical nucleophilic aromatic subsitution reaction to take pl...

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  11. For a typical nucleophilic aromatic subsitution reaction to take pl...

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  12. Examine given sequence of reaction carefully : overset(Sn+HCl)to A...

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  13. Examine given sequence of reaction carefully : overset(Sn+HCl)to A...

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  14. Examine given sequence of reaction carefully : overset(Sn+HCl)to A...

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  15. There is a way to reduce benzene derivatives to the corresponding 4...

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  16. There is a way to reduce benzene derivatives to the corresponding 4...

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  17. There is a way to reduce benzene derivatives to the corresponding 4...

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