Home
Class 12
CHEMISTRY
beta- Elimination or anti-eliminination ...

`beta-` Elimination or anti-eliminination reaction is carried out with base `(B^(o-))` as shown below:

The following bases are used.
I. `overset(o-)(O)H` , II. `RO^(o-)`
II. `RO^(o-)`
III. `RCOO^(o-)` , IV. `overset(o-)(C)N`
V. `NO_(3)^(o-)`
The decreasing order of reactivity for the above elimination is:

Doubtnut Promotions Banner Mobile Dark

Text Solution

Verified by Experts

The correct Answer is:
`a`
The regent should be a strong Bronsted base.
Acidic order: `HNO_(3) gt RCOOH gt HCN gt H_(2) gt ROH`
Basic order: `NO_(3)^(o-) lt RCOO^(o-) lt CN^(o-) lt overset(o-)(O)H lt RO^(o-)`
`(V) lt (III) lt (IV) lt (I) lt (III)`
Decreasing order of basically and hence `beta-` elimination is: `(II) gt (I) gt (IV) gt (III) gt (IV)`
|

Topper's Solved these Questions

  • AROMATIC COMPOUNDS AND ALKYL AND ARYL HALIDES

    CENGAGE CHEMISTRY|Exercise Exercises Single Correct|161 Videos

  • AROMATIC COMPOUNDS AND ALKYL AND ARYL HALIDES

    CENGAGE CHEMISTRY|Exercise Exercises Single Correct Answer Type|26 Videos

  • AROMATIC COMPOUNDS AND ALKYL AND ARYL HALIDES

    CENGAGE CHEMISTRY|Exercise Exercises Multiple Correct|35 Videos

  • APPENDIX INORGANIC VOLUME 2

    CENGAGE CHEMISTRY|Exercise Short Answer Type|179 Videos

  • BIOMOLECULES

    CENGAGE CHEMISTRY|Exercise Exercises Archives (Analytical And Descriptive)|8 Videos

Similar Questions

Explore conceptually related problems

The decreasing basic order of the following is:
i. `overset(o-)(C)H_(3)`, ii. `overset(o-)(N)H_(2)`, iii. `overset(o-)(O)H`, iv. `F^(o-)`

The deecreasing leaving group order of the following compounds is: i. overset(o-)(C)H_(3) , ii. overset(o-)(N)H_(2) , iii. overset(o-)(O)H , iv. F^(o-)

The decreasing basic order of the following is: i. overset(o-)(C)H_(3) , ii. overset(o-)(O)H , iii. CH_(3)COO^(o-) , iv. H_(2)O

The decreasing nucelophilic order of the following compounds is:
i. overset(o-)(C)H_(3)`, ii. Overset(o-)(O)H`, iii. `CH_(3)COO^(o-)`, iv. `H_(2)O`

The decrasing fugacity order of the following compounds is: i. overset(o-)(C)H_(3) , ii. Overset(o-)(O)H , iii. CH_(3)COO^(o-) , iv. H_(2)O

The decreasing basic order of the following is:
i. `PhSO_(3)^(o-)`, ii. `C_(2)H_(5)SO_(3)^(o-)`, iii. `C_(2)H_(5)COO^(o-)`, iv. `overset(o-)(C)N`, v. `overset(o-)(O)H`

The decreaing basic order of the following is: i. overset(o-)(C)N , ii. overset(o-)(O)H , iii. overset(o-)(O) Me , iv. overset(o-)(C)H_(3) , v. H^(o-)

The decreasing nucelophilc order of the following compounds is:
i. `overset(o-)(C)N`, ii. `overset(o-)(O)H`, iii. `overset(o-)(O) Me`, iv. `overset(o-)(C)H_(3)`, v. `H^(o-)`

The decreasing fugacity order of the following is: i. overset(o-)(C)N , ii. overset(o-)(O)H , iii. overset(o-)(O) Me , iv. overset(o-)(C)H_(3) , v. H^(o-)

The correct order of reactivity of PhMgBr with Ph - overset(O)overset(||)(C ) - Ph, " " CH_(3) - overset(O)overset(||)(C ) - H, " " CH_(3) - overset(O)overset(||)(C ) - CH_(3) " (I) ""(II) ""(III) "

beta- Elimination or anti-eliminination reaction is carried out with base (B^(o-)) as shown below: The following bases are used. I. overset(o-)(O)H II. RO^(o-) III. RCOO^(o-) , IV. overset(o-)(C)N V. NO_(3)^(o-) The decreasing order of reactivity for the above elimination is:

The decreasing nucleophilic oder of the following compounds is: i. overset(o-)(C)H_(3) , ii. overset(o-)(N)H_(2) , iii. overset(o-)(O)H , iv. F^(o-)

Home
Profile