1.For the given reaction, propylene oxide is treated with (i) CH3C≡CNa\mathrm{CH_3C\equiv CNa}CH3C≡CNa and then (ii) CH3I\mathrm{CH_3I}CH3I. The product is:a.H3C−CH(OCH3)−CH2−CH=CH−CH3H_3C-CH(OCH_3)-CH_2-CH=CH-CH_3H3C−CH(OCH3)−CH2−CH=CH−CH3b.H3C−CH(OMe)−CH2−C≡C−CH3\mathrm{H_3C{-}CH(OMe){-}CH_2{-}C\equiv C{-}CH_3}H3C−CH(OMe)−CH2−C≡C−CH3c.H3C−CH(OH)−CH2−C≡C−CH3\mathrm{H_3C{-}CH(OH){-}CH_2{-}C\equiv C{-}CH_3}H3C−CH(OH)−CH2−C≡C−CH3d.H3C−CH(C≡C−CH3)−CH2−OCH3H_3C-CH(C\equiv C-CH_3)-CH_2-OCH_3H3C−CH(C≡C−CH3)−CH2−OCH3Login to continueOnly logged in users canattempt or see the solution.
