please write out mechanism and
major products for 1-5 and show work. thanks!
please write out mechanism and major products for 1-5 and show work. thanks! H 2 H-B...
Show all work for both please.
1.
2.
Predict the major products (A, B, C) for the following reactions. La A CH2CH2C1 AICI: B excess 1. KMnO4/NaOH/H2O 2. H30* AICI: Predict the major product for the following reaction. Explain why this is the major product and write the reaction mechanism. HNO3/H2SO4
Predict the major product and show the mechanism. Please show
work. Thank you!
1 mgar 2. H2O 1H +
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thanks
CH-CHCH HBr R-O O-R FeBr 2. + Br2 heat 25°C So; conc. H2SO CH3 CI AICI H3C C- 4 CH 5. AICI CHC CI 6. 50-55°C HNO, + H,SO CH3 7. C2 heat or light CH CHCH, HBr 1.DIBAL-H, hexane, -78'C 9. CH C-OCH 2. H,0 CH3 10. light N-Br CC4 1. DIBAL-H, hexane N 2. H2O CH C 11. 1. LIAIH(O-t-Bu), -78°C 12. CH CH2C-Cl 2. H2O 12 Points...
Please show work for both a and b
Write down two possible products for these reactions and indicate which one is major/minor product.
Please show work and explain in detail.
Thanks
2.
1) Select the reagents needed for the following reaction: a. H2, Pd-C b. HCI c. H2, Lindlar catalyst d. H2O, H2SO4 2) Consider the mechanism for acid-catalyzed hydration of alkenes. Select the intermediate(s) for the following reaction: H20, H2SO4 nyo yo'n M OH 3) Consider the mechanism for the halogenation of alkenes. Select the intermediate(s) for the following reaction: Br2 JBr + ...Br Br Br Br 11Br VuBr
Draw the products for A and B and write a reaction mechanism
scheme.
H2SO4/H2O
1.Draw the products for A and B and write a reaction mechanism scheme. H2SO4 HBr B А H2O
Prefict major products. Draw reaction mechanism. show all
work.
Predict the major product (s) for the following Diels-Alder reaction. Draw the reaction mechanism. о ОН д + ОН о
please write out work (not typed)
-thanks!
please write out work (not typed)
-Thanks!
Please show your work. Thanks!
B) The following mechanism has been suggested for the overall reaction NO2CI -NO2+2C12. k1 Mechanism: 1) NO2CI - NO2 + CI k2 NO2 +Cl2 2) NO2CI+ CI Derive the rate law expression for the production of Cl2 by two methods. a) Derive the rate law assuming step 1 is the rate limiting step. b) Derive the rate law assuming step 2 is the rate limiting step