What general conclusion can be made concerning the rate at which the SN2 reaction occurs and the leaving group? 2. Alkyl iodides were not used in this part of the experiment. Why? Explain. SN2 Conditions.Complete the table as follows:In the third column, draw the structure (line-angle) of the alkyl halide that corresponds to the name given in thesecond column.In the fourth column, classify the alkyl halide as primary, 1°, secondary, 2°, or tertiary, 3°.In the last column, and upon addition of Nal solution to each of the substrates, predict the outcome of eachreaction.Should a precipitateType (1°, 2°, 30) ofAlkyl HalideTubeAlkyl HalideStructureform?11-chlorobutane21-bromobutane32-chlorobutane42-bromobutane

In SN2 reaction, the reaction rate is depend upon nucleophile as well as leaving group. In these…

Answered: What general conclusion can be made…

What general conclusion can be made concerning the rate at which the SN2 reaction occurs and the leaving group? 2. Alkyl iodides were not used in this part of the experiment. Why? Explain

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter19: Eas: Electrophilic Aromatic Substitution

Section: Chapter Questions

Problem 8E

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Question

What general conclusion can be made concerning the rate at which the S_N2 reaction occurs and the leaving group?

2. Alkyl iodides were not used in this part of the experiment. Why? Explain.

SN2 Conditions.
Complete the table as follows:
In the third column, draw the structure (line-angle) of the alkyl halide that corresponds to the name given in the
second column.
In the fourth column, classify the alkyl halide as primary, 1°, secondary, 2°, or tertiary, 3°.
In the last column, and upon addition of Nal solution to each of the substrates, predict the outcome of each
reaction.
Should a precipitate
Type (1°, 2°, 30) of
Alkyl Halide
Tube
Alkyl Halide
Structure
form?
1
1-chlorobutane
2
1-bromobutane
3
2-chlorobutane
4
2-bromobutane

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