Place the best reagent and conditions in the bins for each of the following reactions. One of the bins require 2 choices, as indicated by the larger bin. (Stoichiometry is omitted.) OFOLE OH 2 ok. NH₂ OH CI 1. NaCl CH3OH OH of NH₂ NaBH₁ CH₂CO₂ Na CH₂ MgBr Answer Bank CH, ONa SOCI₂ LiAlH CrO₂ (CH3)2 CuLi NaN3 H₂O+ iPrMgBr CH3NH₂

Place the best reagent and conditions in the bins for each of the following reactions. One of the bins require 2 choices, as indicated by the larger bin. (Stoichiometry is omitted.) OFOLE OH 2 ok. NH₂ OH CI 1. NaCl CH3OH OH of NH₂ NaBH₁ CH₂CO₂ Na CH₂ MgBr Answer Bank CH, ONa SOCI₂ LiAlH CrO₂ (CH3)2 CuLi NaN3 H₂O+ iPrMgBr CH3NH₂

Chemistry & Chemical Reactivity

10th Edition

ISBN:9781337399074

Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Chapter20: Environmental Chemistry-earth's Environment, Energy, And Sustainability

Section: Chapter Questions

Problem 41PS

See similar textbooks

Similar questions

The product(s) of the following reaction I equiv. HBr is: heat Br HO II HO HO Br O. III IV O I O IV O None of these choices.
Which compounds will form the major components of the reaction mixture shown? H3CO (1) HNO /H,SO,. 4 NH2 H3CO. H3CO. (2) SnCl/HCI NH2 H,CO, C NH2 OCompounds A and B Compound B only Compound C only Compounds A and C
Q7. Fill in the missing intermediates, products and reagents in the reaction scheme shown below. 1. KMnO. KOH (aq) 2 HCI (an) 1. BaHe, THF 2. H,Oz. NaOH Compound A Compound B conc. H,PO, 1. PhMgBr CH,N, 2. HCl in H,0 heat Compound C Compound D 1. BHe. THF 1. NaH 2. H;O,. NaOH 2. Compound C Compound E Compound F Compound G Q8. Provide a plausible mechanism that leads to the major product of the reaction scheme shown below. 1. SOCI, HO, 2. NH(CH)2 Q9. Provide a plausible mechanism that leads to the major product of the reaction scheme shown below. 1. PBr3. Cl2 он 2. H,0 Q10. Provide the starting material needed to create the below product using m-chloroperbenzoic acid as the active reagent. Then draw the mechanism that facilitates this transformation.
The product (s) of the following solvolysis reaction is H. H- H. H. H. HO. H2O/HEAT H. Br Он но H. H. OH II III O II 50% I & 50% ||
Identify which product(s) would be formed in the reaction below. H20 H;SO4 OH OH OH (1) (II) (III) a. C. ||I O d.1 & |I e. || & III O f. 1 & III
What is the product of this reaction? H2O HN ? OH H .CO2H H2N. I II III HO O HN IV V ZI ZI
What is the product? H₂N OH осо OH обнос cong coog 90 ОН N=N 1. HCl, NaNO, H2O, 0 °C 2. OH N=N ОН
What compounds will be present in the product mixture of the reaction below? OTs CN Na CN NC CN CN C D Compounds A and C )Compounds A, B and C Compound A only Compounds B and D
4 i) Complete the following reaction scheme, naming the reagents involved (10 marks). OC OC Fe-Br reagent(s) Mo HCCCF OC 3- OC ii) Name groups X, Y and Z (10 marks). Fe. -||| Mo X N
Give the missing reactant: .CO,CH, OA. I OB. II O C. III OD. IV + [ ³ ]- ? || heat = A CO₂CH3 IV
Complete the reaction scheme 1) Mg, éter A HBr H2SO4 КMnОд сonc. В calor A 2) 3) H30*
Choose the correct reaction from below. Select one: NH2 O a. Br Br2 (excess) КОН (ехсess) 1. LDA 2. HO heat Od. to 1. Br2, CH,CO,H 2. Li,CO,, LIBr, DMF