you have tow `C_(6)H_(10)O` ketones , I and II. Both are optically active , but is recemised by treatement with bass nanII is bot. Wolff- Kischner reduction of both ketones gives the same achiral gudrocarbon, formula `C_(6)H_(12)^(.)` What reasonable structures may be assigned to I and II?A. I si `3`-methely-`4`- pentaen-`2`-one, II is `4`-methyl-`1`-penten-`3`-oneB. I is `2`-methylcyclopentanone,II is `3`-methyl-cyclopentanoneC. I is `3`-methylcyclopentanone,II is `2`-methyl- cyclopentanoneD. I is `2`-ethylcyclobutanone ,II `3`-ethyl-cyclobutanone

you have tow `C_(6)H_(10)O` ketones , I and II. Both are optically act

1.	you have tow `C_(6)H_(10)O` ketones , I and II. Both are optically active , but is recemised by treatement with bass nanII is bot. Wolff- Kischner reduction of both ketones gives the same achiral gudrocarbon, formula `C_(6)H_(12)^(.)` What reasonable structures may be assigned to I and II?A. I si `3`-methely-`4`- pentaen-`2`-one, II is `4`-methyl-`1`-penten-`3`-oneB. I is `2`-methylcyclopentanone,II is `3`-methyl-cyclopentanoneC. I is `3`-methylcyclopentanone,II is `2`-methyl- cyclopentanoneD. I is `2`-ethylcyclobutanone ,II `3`-ethyl-cyclobutanone
Answer» Correct Answer - B

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