9. ??? a. F2, FeF3 b. 1. Br2, FeBr3; 2. NaNH2, NH3 (1); 3. AcOH, NaN3, then HBF4 c. 1. NaNH2, NH3 (1); AcOH, NaN3, then HBF4 d. 1. Br2, hv; 2. F, THF HO ??? H₂N 10. a. 1. CH2CH=CH2, H3O+; 2. TsCl, pyr; 3. NaNO2, ether; 4. Fe, HCI, A b. 1. (CH3)2CHBr, FeBr3; 2. TsCl, pyr; 3. NaNH2, NH3 (1) c. 1. NaNH2, NH3 (1); 2. CH2CH=CH2, H3O+ d. 1. TsCl, pyr; 2. NaNO2, ether; 3. CH3CH2CH2Br, FeBr3; 4. Fe, HCI, A

9. ??? a. F2, FeF3 b. 1. Br2, FeBr3; 2. NaNH2, NH3 (1); 3. AcOH, NaN3, then HBF4 c. 1. NaNH2, NH3 (1); AcOH, NaN3, then HBF4 d. 1. Br2, hv; 2. F, THF HO ??? H₂N 10. a. 1. CH2CH=CH2, H3O+; 2. TsCl, pyr; 3. NaNO2, ether; 4. Fe, HCI, A b. 1. (CH3)2CHBr, FeBr3; 2. TsCl, pyr; 3. NaNH2, NH3 (1) c. 1. NaNH2, NH3 (1); 2. CH2CH=CH2, H3O+ d. 1. TsCl, pyr; 2. NaNO2, ether; 3. CH3CH2CH2Br, FeBr3; 4. Fe, HCI, A

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter6: Covalent Bonding

Section: Chapter Questions

Problem 34QRT: Estimate ΔrH° for forming 2 mol ammonia from molecular nitrogen and molecular hydrogen. Is this...

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