Organic ChemistryМаxwellpresented by Macmillan LearningConsider the pair of reactions. Draw the organic products, then predict the type of substitution mechanism and compare theexpected rates.Reaction 1:DMSOproduct 1Reaction 2:H20product 2Draw product 1.Draw product 2.Select Draw Rings MoreEraseSelect Draw RingsMoreEraseHFHFIdentify the mechanism of each reaction.Compare the rates of each reaction.O Reaction 1 occurs by an SN! mechanism.Reaction 1 is faster than reaction 2.Reaction 2 occurs by an SN2 mechanism.Reaction 2 is faster than reaction 1.O Reaction 1 occurs by an S2 mechanism.O Both reactions occur at the same rate,Reaction 2 occurs by an SNI mechanism.O O O

In both reactions, no stable carbocation gets formed. Hence, both the reactions undergo by the SN2…

Consider the pair of reactions. Draw the organic products, then predict the type of substitution mechanism and compare the expected rates. Reaction 1: DMSO product 1 Reaction 2: H20 product 2 Draw product 1. Draw product 2. Select Draw Rings More Erase Select Draw Rings More Erase |7 | C H F H Identify the mechanism of each reaction. Compare the rates of each reaction. O Reaction 1 occurs by an SN! mechanism. Reaction 1 is faster than reaction 2. O Reaction 2 occurs by an SN2 mechanism. O Reaction 2 is faster than reaction 1. O Reaction 1 occurs by an S2 mechanism. Both reactions occur at the same rate. O Reaction 2 occurs by an SNI mechanism.

Consider the pair of reactions. Draw the organic products, then predict the type of substitution mechanism and compare the expected rates. Reaction 1: DMSO product 1 Reaction 2: H20 product 2 Draw product 1. Draw product 2. Select Draw Rings More Erase Select Draw Rings More Erase |7 | C H F H Identify the mechanism of each reaction. Compare the rates of each reaction. O Reaction 1 occurs by an SN! mechanism. Reaction 1 is faster than reaction 2. O Reaction 2 occurs by an SN2 mechanism. O Reaction 2 is faster than reaction 1. O Reaction 1 occurs by an S2 mechanism. Both reactions occur at the same rate. O Reaction 2 occurs by an SNI mechanism.

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter15: Radical Reactions

Section: Chapter Questions

Problem 12E

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