4. Consider the following reaction. This reaction is a multi-step reaction. [1] Draw the mechanism for each step of this reaction using curved arrow notation, include all lone pairs of electrons if they are directly involved in the reaction. protected and may nshared, addist [2] Identify the arrow pushing pattern (mechanistic pattern: nucleophilic attack, loss of leaving group, or proton transfer) for each step. [3] Draw a transition state for each step. d H-OSO3H ~ -OSO3H CH3 90 H | Хо-сна H3C-O-H → O-H H3C-O-H

4. Consider the following reaction. This reaction is a multi-step reaction. [1] Draw the mechanism for each step of this reaction using curved arrow notation, include all lone pairs of electrons if they are directly involved in the reaction. protected and may nshared, addist [2] Identify the arrow pushing pattern (mechanistic pattern: nucleophilic attack, loss of leaving group, or proton transfer) for each step. [3] Draw a transition state for each step. d H-OSO3H ~ -OSO3H CH3 90 H | Хо-сна H3C-O-H → O-H H3C-O-H

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter8: Addition Via Carbocation

Section: Chapter Questions

Problem 4E: Draw the complete mechanism of each pair of reactants including any favorable rearrangements and all...

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