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The typical reaction of benzene and othe...

The typical reaction of benzene and other aromatic compounds are electrophilic substitution. Presence of electron donating group activates the ring towards electrophilic substitution, while presence of electron withdrawing group deactivates the ring towards electrophilic substituion but at the same time activates the ring towards nucleophilic subsituion. Some groups are predominantly meta-directing and all of these are deactivating. Except halogen, most of the `o-`and`p-`directing groups are activating groups.
`underset(Delta)overset(C_(2)H_(5)Cl.AlCl_(3))rarr(A)` major.
`A` is trisubstituted benzene. The structure of `A` is :

A

B

C

D

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The correct Answer is:
A
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ALLEN-ALKENE, ALKANE & ALKYNE -EXERCISE-3
  1. Statement-I : Nitrobenzene does not undergo Friede1-Craft's reaction. ...

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  2. Statement-I : The rate of nitration of benzene is less than hexa deute...

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  3. The typical reaction of benzene and other aromatic compounds are elect...

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  4. The typical reaction of benzene and other aromatic compounds are elect...

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  5. The typical reaction of benzene and other aromatic compounds are elect...

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  6. It is not always easy to predict the position of attack on multiply su...

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  7. It is not always easy to predict the position of attack on multiply su...

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  8. It is not always easy to predict the position of attack on multiply su...

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  9. A third group is least likely to enter between two groups in the meta ...

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  10. A third group is least likely to enter between two groups in the meta ...

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  11. A third group is least likely to enter between two groups in the meta ...

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  12. A third group is least likely to enter between two groups in the meta ...

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  13. Statement-I : Solubility on n-alcohols in water decreases with increas...

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  14. Statement I: p-Nitrophenol is a stronger acid than o-nitrophenol. St...

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  15. Statement-I: Phenol is more reactive than benzene towards electrophili...

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  16. Statement-I: Tert-Butoxide is a stronger base than OH^(-) or C(2)H(5)O...

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  17. Statement-I With Br(2)//H(2)O phenol give 2,4,6- tribromophenol but wi...

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  18. Phenols are converted into their salts by aqueous NaOH but not by aque...

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  19. Phenols are converted into their salts by aqueous NaOH but not by aque...

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  20. Phenols are converted into their salts by aqueous NaOH but not by aque...

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