Use the data table to answer the question. 3. Present an acceptable step-by-step reaction mechanism (including stereochemistry) that isconsistent with the observed results. The use of molecular models may be helpful invisualizing the mechanism and determining the stereochemical consequences of syn- oranti- addition. MolecularWeightMilligramsMillimolesConcentrationVolumeTrans-cinnamic acid148.1586 g/mol159.808(149x1000) = 149mg •128 x1000 =149.1281.006=148. 1586 mmol 159.808n/aBromine in acetic acidg/maln/aEquivalents 1.006.801.125•801Imey 21= .801128mg bodonge our /02.55 mganDC.1 Mmmolom 10 dan M2,3-dibromo-hydrocinnamic acid= .801 mL307.97 g/mol333 x 307.97=801.4156)=333•333.801n/apla=.42

To propose a mechanism for the reaction of trans-Cinnamic acid with Bromine in the presence of…

Present an acceptable step-by-step reaction mechanism (including stereochemistry) that is consistent with the observed results. The use of molecular models may be helpful in visualizing the mechanism and determining the stereochemical consequences of syn- or anti- addition.

Present an acceptable step-by-step reaction mechanism (including stereochemistry) that is consistent with the observed results. The use of molecular models may be helpful in visualizing the mechanism and determining the stereochemical consequences of syn- or anti- addition.

Organic Chemistry

8th Edition

ISBN:9781305580350

Author:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote

Publisher:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote

Chapter8: Haloalkanes, Halogenation, And Radical Reactions

Section: Chapter Questions

Problem 8.34P

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Question

Use the data table to answer the question.

3. Present an acceptable step-by-step reaction mechanism (including stereochemistry) that is
consistent with the observed results. The use of molecular models may be helpful in
visualizing the mechanism and determining the stereochemical consequences of syn- or
anti- addition.

Molecular
Weight
Milligrams
Millimoles
Concentration
Volume
Trans-cinnamic acid
148.1586 g/mol
159.808
(149x1000) = 149mg •128 x1000 =
149.
128
1.006
=
148. 1586 mmol 159.808
n/a
Bromine in acetic acid
g/mal
n/a
Equivalents 1.006.801.125
•801
Imey 2
1
= .801
128mg bodonge our /02.55 mg
an
DC.
1 M
mmol
om 10 dan M
2,3-dibromo-hydrocinnamic acid
= .801 mL
307.97 g/mol
333 x 307.97=
801.4156)=333
•333
.801
n/a
pla
=.42

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