do not fully undsertand the slide，need further explanation. what does it means by the additive effect of two group？which two group ？？why OH is a more powerful activator than CH3？ meta rarely take please because it is too hindered？why too hindered？Too hindered in EAS or which reaction？why？？I am confused. (28)egEAS of a disubstituted benxenethe additive effects ofThe directing effectsCH32 IfChapter 16.Trisubstituted Benzeme: Additivity of EffectsconsideringtheMixturesimtooNO.EASOHCH 3SubstitutionaofNO₂thedirecting effects of themore powerful activating groupproductsBrzFe BT₂CLringrequirestwo different groups:rarelymeta -hinderedCH₂ too hindered)of the two groups reiforce each other.CH₂BrHNO3/H₂SO4occursdisubstitutedC₂/FeCl3are often formed.OHCH₂ & NO₂CH3CH3two groups-NO₂betweencompouniteach other,opposehas the olominant influence.c+directto thetheOH isactivator than CH3atwothe next substituent)same positionbecauseCH3moreCLpowerfulgroupsthis

The directing effect of groups attached to a benzene ring are of two types which are: (i):…

Answered: do not fully undsertand the slide，need…

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...

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do not fully undsertand the slide，need further explanation. what does it means by the additive effect of two group？which two group ？？why OH is a more powerful activator than CH3？

meta rarely take please because it is too hindered？why too hindered？Too hindered in EAS or which reaction？why？？I am confused.

(28)
eg
EAS of a disubstituted benxene
the additive effects of
The directing effects
CH3
2 If
Chapter 16.
Trisubstituted Benzeme: Additivity of Effects
considering
the
Mixtures
im
too
NO.
EAS
OH
CH 3
Substitution
a
of
NO₂
the
directing effects of the
more powerful activating group
products
Brz
Fe BT₂
CL
ring
requires
two different groups:
rarely
meta -
hindered
CH₂ too hindered)
of the two groups reiforce each other.
CH₂
Br
HNO3/H₂SO4
occurs
disubstituted
C₂/FeCl3
are often formed.
OH
CH₂ & NO₂
CH3
CH3
two groups
-NO₂
between
compounit
each other,
oppose
has the olominant influence.
c
+
direct
to the
the
OH is
activator than CH3
a
two
the next substituent)
same position
because
CH3
more
CL
powerful
groups
this

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