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Question 5 Methyl 4-methylpentanoate is one of 120 volatile compournds identified in a study of metabolites from Streptomyces bacteria (Actinomycetologica 2009, 23, 27-33) Mathy 4-methylpentanoate The synthesis of Methyl 4-methylpentanoate using 2-methylbutane involves several steps. Part-1 of the reaction scheme (2-methylbutane to 3-methyl-1-butene) is illustrated below. Identity the reagent involved in each step and arange them accordingly Br A by NaOH; Os and H20; HBr/ROOR; NaOEt/EtOH NaOH; O and HyO; NaDE/EROH; HBr/RDOR Br: NaOE/EOH;...
Short Answer Section (43 pts) – showing work helps! Substitution
vs. Elimination (12 pts). Predict all major product(s) of each of
the following reactions and indicate the predominant mechanistic
pathways (Sn1, Sn2, E1, E2). Remember to consider rearrangements.
Mechanism #1 (10 pts). Draw a stepwise mechanism to account for the
following transformation. Br mechanism(s)? NaOH Cl mechanism(s)?
NaOEt OTs for this reaction, circle the major product mechanism(s)?
O K Cl for this reaction, circle the major product mechanism(s)?
NaOCH3 H2O...
Please provide a full answer for all the parts using Organic
Chemistry 2. An explanation would be a plus.
(10 points) Draw the major product of the following reactions. If the reaction does not 2. occur, write no reaction. 1. NaOH/heat н* b.) а.) 2 ОН 2. Hзо", rt ОН H3C-NH2 с.) d.) ОН ОН DCC e.) HS ОН
Draw a detailed mechanism for the following transformation 1. Br. Br HBr HO 2. What are the major product (s) formed in the following substitution reaction? Draw as Fisher projections CH;CH2ОH CH-CHз Нас— вr CH2CH2CH3 Draw the mechanism for the following reaction. 3. HO Br Draw the major organic product(s) produced in the following reaction as Fischer projection. 4. CHз ОСHЗ Н NaN3 Н. -CH3 Н- Br DMSO CH3 Draw the mechanism for the following reaction to demonstrate how the...
Please and all two questions
and explain how you got to your answer. I'm really lost and I have
an exam in 7 days! A step by step would be appreciated.
6. (10 points) Provide products for the reactions shown below. Draw all possible stereoisomers and indicate if the products are achiral, chiral, racemic or meso. Вrz Hао 1) ВНз-THF 2) H,О, NaOH 7. (10 points) Draw a detailed mechanism using curved arrow notation for the reaction shown below. H2SO4...
I need the mechanism please.
IV. Provide a complete stepwise mechanism for the following reaction sequence, including initiation and termination steps for any radical reactions (i.e. write a continuous reaction mechanism with the product of step 1 being used in step 2.... Draw the product of each step in the indicated boxes. 1) Br2, hv 2) KO Bu/BuOH 3) HBr, ROOR Br step 1 product step 2 product
Write the word or phare that best completes each statement or
answers the questions
17) Draw the major product of the following reaction: CH2 CH3 oH2 CH3 OH HCI CH3 CI 18) What is the product of the following reaction? 1. Cl. H20 19) Draw the product of the following reaction 0 он PCC or CH3 CH3 CH(CH) CH(CH3)2 20) Draw the product of the following reaction: 03 (CH3)2S 21) Draw the major product of the following reaction: HBr (excess)...
Write these answers On the Answer Sheet along the question, 19. Draw the expected major product/predict the reagent for the reaction (2.5 pts. for each '?') 30 pts. HBr ROOR 1-BuOK/BuOH + enantiomer 1. 1 eq HCI 2. 1 eq HBO 1. NaNH2 3. NaNH2 HCECH - Br Br 1) Hg(OA), HOCH CH CH3 2) NaBH 2
With explanation please --
thanks!
9. (30 pts) Predict whether the following conditions would mainly proceed via an SN2, SN1, E2, or E1 mechanism (write your answer into box on left). Draw the major product (including enatiomer wher appropriate) in each reaction and show stereochemistry (where appropriate). SN2, SN1 E1, or E2 conc.H2SO4 heat SN2, S1 E1, or E2 H2O SN2, SN1 E1, or E2 NaOEt EtOH, heat SN2, SN1 E1, or E2 v O-CF3 H. KOtBu D. H tBuOH...
(1) Mechanism. Draw the mechanism explaining the following transformation of the reactant into the observed major product over this two-step reaction. Identify the structure of the mystery intermediate at the completion of Step 1 that must be accessed to make the final product after Step 2. Make sure to use appropriate arrow-pushing notation to depict the movement of electrons and bond breaking and formation. Show proper geometry, bond lengths, angles, etc. in each reactant, intermediate, and product. (16 pts) NaOEt...