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Circle the mechanism and draw the major organic product for each reaction. If the alkene has stereocenters, include stereochemistry, drawing the major configurational isomer formed. Alkenes are planar, so make sure to convert the wedges and dashes on the alkene carbons into regular lines to convey the geometry and the stereochemistry. Assume the ions dissociate-e.g., NaOH is Na* and -OH. (a) Mechanism (circle one): E2 or E1 NaOH H3C (b) Mechanism (circle one): E2 or E1 H3C H3COH (c) Mechanism (circle one): E2 or E1 There are two sets of beta-hydrogens here-which one can react? Br CH3 NaOCH3

Circle the mechanism and draw the major organic product for each reaction. If the alkene has stereocenters, include stereochemistry, drawing the major configurational isomer formed. Alkenes are planar, so make sure to convert the wedges and dashes on the alkene carbons into regular lines to convey the geometry and the stereochemistry. Assume the ions dissociate-e.g., NaOH is Na* and -OH. (a) Mechanism (circle one): E2 or E1 NaOH H3C (b) Mechanism (circle one): E2 or E1 H3C H3COH (c) Mechanism (circle one): E2 or E1 There are two sets of beta-hydrogens here-which one can react? Br CH3 NaOCH3

Organic Chemistry: A Guided Inquiry
Organic Chemistry: A Guided Inquiry
2nd Edition
ISBN:9780618974122
Author:Andrei Straumanis
Publisher:Andrei Straumanis
Chapter8: Addition Via Carbocation
Section: Chapter Questions
Problem 9E
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Circle the mechanism and draw the major organic product for each reaction. If the alkene has stereocenters, include stereochemistry, drawing the major configurational isomer formed. Alkenes are planar, so make sure to convert the wedges and dashes on the alkene carbons into regular lines to convey the geometry and the stereochemistry. Assume the ions dissociate-e.g., NaOH is Na* and -OH. (a) Mechanism (circle one): E2 or E1 NaOH H3C (b) Mechanism (circle one): E2 or E1 H3C H3COH (c) Mechanism (circle one): E2 or E1 There are two sets of beta-hydrogens here-which one can react? Br CH3 NaOCH3
Transcribed Image Text:Circle the mechanism and draw the major organic product for each reaction. If the alkene has stereocenters, include stereochemistry, drawing the major configurational isomer formed. Alkenes are planar, so make sure to convert the wedges and dashes on the alkene carbons into regular lines to convey the geometry and the stereochemistry. Assume the ions dissociate-e.g., NaOH is Na* and -OH. (a) Mechanism (circle one): E2 or E1 NaOH H3C (b) Mechanism (circle one): E2 or E1 H3C H3COH (c) Mechanism (circle one): E2 or E1 There are two sets of beta-hydrogens here-which one can react? Br CH3 NaOCH3
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