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    				| 1. | `E_(2)` reaction `to ` Elimation bimoleculaar in the general mechanism of the `E_(2)` reaction a sroeng base abstract a proton ,a double bond forms and the leaving group leaves Identify the rate for reaction of given compounds in `E_2` reaction : A. agtBgtCgtdB. agtCgtBgtdC. bgtagtCgtDD. BgtDgtAgtC | 
| Answer» (A) more good lisving group more `E_(2)` raction . (B) (P) anti -elemation (Q) C-H weak bond thean C-D ® Resonance stable alkene (s) Acidic hydrogen (c ) Consider conformer. (D) Anti elimation `beta` -hydrogen absent. | |