Question

Given that NaBr is a product of each reaction, draw the structure of the haloalkane to be used (with the nucleophile specified above) to synthesize each of the compounds:

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Answer 1

Solo The below reactions proceed via substitution nucleophile bimolecular (Sha) reaction. In each Case the substrate are halo alkanes which are attacked by Suitable nucleophile to from the desire product. as Halo alkane + Nucleophile / + Na By The halota kane must be While The CNo acts Structure as of Nucleophile product You You + naca sums o f mass b) Halogikane + Nucleo phile - C Nuclephile as no and halo alkane is The reaction is : eo Daße Br. เล CBr + Naw 5*7 [ so y | S aaBร

Haloalkane + Nucleophi B + 2aBy and The Haloalkane is the Nucleophile is The reaction is I CHz.com O + daßr. and >> Halo 24 alkane + Nucleophile - M The Haloalkane is m Bo The Nucleophile is OSH The reaction is m oto et mast Swa sooo at wash 54+maBr. + DOBY. Haloalkane two OCH3 I waBr e) Haloalkane + nucleophile The Haloalkane should be m The Nucleophile should be w o or and con Octs

The reaction is w oon + Choo-va sove w anos f) Halol kane thucleophile - Mod + Dabo, The Haloalkane should be CH3-CH2-B Nucleophite as CH3 -Cty of The reaction as. o choose 937 - CH₃-CHgBo + CH3-CHgo sa — W 3) Halohikane + wucleophile The Nucleophile C-SH). *+ pass The reaction is SH Haloalkanet Nucleophile + Baby We know that in SO2 reaction. iersion of Configuration takes place. Halo alkane is om Bo

yw BX ASH of of wash wash - SOR Say Y t waBr.