Select correct and most relevant mechanism for each of the following reaction. Hint: Review Chapter 11.4. Mechanism A: dilute H-CI: H3C CH3 dilute HCI Mechanism B: proton disassosiation O A OB :CI: and methyl migration (rearrangement) Mechanism C: O C H3C CH3 OD nucleophilic attack H₂C :CI: proton transfer dilute H-CI: Mechanism D: proton transfer dilute H-CI: methyl disassosiation dilute H-CI: O. CH3 e :CI: :0 CH₂ H secondary carbanion secondary carbocation proton disassosiation nucleophilic attack and methyl migration (rearrangement) CI: :CI: secondary carbocation tertiary carbocation H proton transfer e :CI: + H3C CH3 .H H H methyl migration (rearrangement) H3C CH3 H → H nucleophilic attack + secondary carbocation :CI: :CI: :CI: nucleophilic attack tertiary carbocation nucleophilic attack :CI: : CH3 secondary carbanion proton transfer :CI: :CI: CH3 :0 :CI:

Select correct and most relevant mechanism for each of the following reaction. Hint: Review Chapter 11.4. Mechanism A: dilute H-CI: H3C CH3 dilute HCI Mechanism B: proton disassosiation O A OB :CI: and methyl migration (rearrangement) Mechanism C: O C H3C CH3 OD nucleophilic attack H₂C :CI: proton transfer dilute H-CI: Mechanism D: proton transfer dilute H-CI: methyl disassosiation dilute H-CI: O. CH3 e :CI: :0 CH₂ H secondary carbanion secondary carbocation proton disassosiation nucleophilic attack and methyl migration (rearrangement) CI: :CI: secondary carbocation tertiary carbocation H proton transfer e :CI: + H3C CH3 .H H H methyl migration (rearrangement) H3C CH3 H → H nucleophilic attack + secondary carbocation :CI: :CI: :CI: nucleophilic attack tertiary carbocation nucleophilic attack :CI: : CH3 secondary carbanion proton transfer :CI: :CI: CH3 :0 :CI:

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

For the following compound: ته HO Draw a mechanism for the tautomerization process under BASIC conditions: Mechanism A: H-5: ·H Mechanism B: H-5: -H Mechanism C: H-0: H-O: Mechanism D: . © H-OH2 ل سے -H م - H-O: H-OO که فری -H H-00 H... H ·H H H m-o-m H: H H H H... H ته + H-OO H-00 O. H :: H © H-O-H -H
Type 2 electrophilic addition reaction
Send help
I want clear handwritten solution only....i will up vote
. Provide the reagents necessary to carry out the following conversion. OH u NaOH/H₂O 1. NaOCH3, 2. H₂O¹ 1. (CH₁) COK, 2. BH3, 3. H₂O/NaOH/H₂O | 1.(CH3)COK, 2. HO
Choose the reaction that will not proceed as written. OH H. 1) xs LIAIH4, ether a) H,C 2) H+, H20 NH2 b) H,C H3C HO, H3C CI pyridine OH H+ 1) xs CH3MgBr,ether + NH4+ + CH3CH2OH c) H3C H20 d) H;C NH2 OH OCH2CH3 2) H+, H20 H3C CH3 CH heat O b O a O d
Which is the least reactive towards nucleophilic acyl substitution? a) H3C-C-Cl c) H₂C-C-NH₂ b) H3C-C-OCH3 doc d) H₂C-C-o-C-CH₂
Draw complete mechanism (including intermediates) for each polar reaction below.
Match the mechanism with the letter listed
What reaction is occurring? Circle one. b) O: 1. LIAIH4. FHO- Nucleophilic Substitution Reduction 2. H20 Elimination Oxidation Mechanism: