Provide the products in each of the following reactions. Indicate the formation of any chiral carbons,...

  

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Provide the products in each of the following reactions. Indicate the formation of any chiral carbons, and whether the product is or is not optically active. HINT: You may find it helpful to review the mechanisms. HBr peroxide HBr Br, CH2Cl2 H2 H CH3 Pd FC 1) BH3. THE HO, H 2) HO2, HO H3C CH(CH3)2 Br2. HO 1) Hg(OAc)2. HO 2) NaBH Provide the products in each of the following reactions. HgSO4 H2SO4, HO 1 mole HBr H2 H Pd HCC CH(CH3)2 Lindlar's 2 mole Br, CH2Cl2 1 mole Br2. CH2C12 1)(Sia)2BH,THF 2) HOHO- 2 moles HBr Provide the products in each of the following reactions. Indicate the formation of any chiral carbons, and whether the product is or is not optically active. HINT: You may find it helpful to review the mechanisms. HBr peroxide HBr Br, CH2Cl2 H2 H CH3 Pd FC 1) BH3. THE HO, H 2) HO2, HO H3C CH(CH3)2 Br2. HO 1) Hg(OAc)2. HO 2) NaBH Provide the products in each of the following reactions. HgSO4 H2SO4, HO 1 mole HBr H2 H Pd HCC CH(CH3)2 Lindlar's 2 mole Br, CH2Cl2 1 mole Br2. CH2C12 1)(Sia)2BH,THF 2) HOHO- 2 moles HBr

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AntiMarkonikos rule When HBr is added to Z34dimethylpent2ene in presence of peroxide it reacts with antiMarkovnikovs rule its called as FreeRadical addition Reaction Peroxides form free radicals that ... View the full answer