Circle the compound in each pair that would react faster with the indicated reagent system. (0.6...
8. Circle the compound in each pair that would react faster with the indicated reagent system. (0.6 pts) tre utheph Вг Naacetone Br JaBr 4 SN2 Br NaOCH, CH,он or E2 CH,CH,он Or Br SN1/E1 CN CN Br oM
please help 5. (4 pts) Circle whether each reaction will proceed by SN1, E1, S2 or E2 reaction. Then, draw the major product for each reaction. CH3CH2OH, Sn1, SN2, E1, E2 w a CHACHOM heat NaSCH3 Sn1, SN2, E1, E2 NaOCH3 Sn1, Sn2, E1, E2 POCI SN1, SN2, E1, E2
2 Nered For each pair of compounds (a e), indicate the compound that will be faster in the given reaction. If the reaction rates should be approximately the same, indicate that instead. of 2.50 estion Compound A Compound B a or cho Br in E2 reaction CH) el CHE b. or in E2 reaction c. CI or in S, 2 reaction Br H H H Н. d. or in E2 reaction CH Br CH H H H H Br Br...
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...
Molecule A (1.4.7-trimethyloxatriquinane) is a three-fold, tertiary alkyl oxonium salt. The compound is inert to solvolysis with alcohols, even at elevated temperatures, but it readily undergoes substitution with the strongly nucleophilic azide anion (N) in chloroform (CHCI), polar aprotic solvent). An S, 2 pathway is the only reasonable mechanistic interpretation for this reaction, despite the fact that substitution is occurring at a tertiary carbon center (a) is the product chiral? (0.2 pts) (b) Describe three features of this reaction that...
Question 1 18 pts un VS. vs. M a i vo vs. Pair 1 Pair 2 в ~ ~ Br vs. CH2-OH vs, CH3-CI. A Pair 4 B Pair 3 MsO vs. MsOX vs. Msom MsO OTS Α Ι B CH3OTS A vs. Pair 6 Pair 5 B For each of the given pairs indicate which substance (A or B) will react faster in an SN2 reaction by selecting the correct compound from the dropdown menu. Then select the chemical...
(c). When compound A reacts with NaoMe, a single chiral alkene F with the molecular formula of CH14 is formed. Draw the structure of alkene F in the box below (show appropriate stereochemistry), and circle the mechanism for the transformation of Ato F. (3 + 2 pts) F Me „Me NaoMe A Sn2 Sn1 E2 E1 (d). When compound A is reacted with potassium methylthiolate (KSMe) in acetone, a single chiral compound G with the molecular formula of CH18S is...
For each pair of the following compounds, which would react faster in an Sn1 reaction. Explain.
Organic chem please help 3. Each of the following reactions gives a substitution product. Identify the major product in each case and indicate whether the reaction is likely to proceed via a bimolecular (SN2) or a unimolecular (SN1) mechanism. (8 pts) SO2CF3 Nal a) acetone CH3OH b) OMs 80% H2O CH3CH2OH c) Br NaCN DMF d)
For each of the given pairs indicate which substance (A or B) will react faster in an SN2 reaction by selecting the correct compound from the dropdown menu. Then select the chemical principle why that substance has a faster SN2 reaction. Comparing Pair 1: Compound [ Select ] ["A", "B", "both equal"] has a faster SN2 reaction due to [ Select ] ["a better leaving group", "a worse leaving group", "more branches at the reacting carbon", "fewer branches at the reacting...