Sort the following molecules by whether the substituent group is ortho/para or meta directing for electrophilic aromatic substitution.
Homework Answers
The substituent groups - COOH, -NO2, -SO3H, are deactivating the benzene ring by reducing the electron density on benzene nucleus by -M effect/-I effect and are meta directing groups towards aromatic electrophilic substitution.
The groups -CH2CH3, -NH2 are activating groups by increasing the electron density on benzene nucleus by +M/+I effects and thus are ortho and para directing groups.
The group -Br is deactivating by -I effect and directs incoming electrophile into ortho asnd para positions due to +M effect which is weaker than in inductive effect.
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Sort the following molecules by whether the substituent group is
ortho/para or meta directing for electrophilic...
Sort the following molecules by whether the substituent group is ortho/para or meta directing for electrophilic...
Sort the following molecules by whether the substituent group is ortho/para or meta directing for electrophilic aromatic substitution
Map. Sort the following molecules by whether the substituent group is ortho/para or meta directing for electrophili...
Map. Sort the following molecules by whether the substituent group is ortho/para or meta directing for electrophilic aromatic substitution. Ortho Para Directing Meta Directing Previous Check Answer Next Exit
An NH2 substituent in an aromatic ring is: Select one: a. activating ortho-, meta- and para-directing...
An NH2 substituent in an aromatic ring is: Select one: a. activating ortho-, meta- and para-directing b. deactivating and ortho- and para-directing c. deactivating and meta-directing d. activating and meta-directing e. activating and ortho- and para-directing
In an electrophilic aromatic substitution reaction, which group is both ortho, para directing and ring ?deactivating...
In an electrophilic aromatic substitution reaction, which group is both ortho, para directing and ring ?deactivating اختر أحد الخيارات CI- CO2H- NO - O NH2- OH-
In an electrophilic aromatic substitution reaction, which group is both ortho, para directing and ring deactivating?...
In an electrophilic aromatic substitution reaction, which group is both ortho, para directing and ring deactivating? Select one: -CIN 0 -NH₂ O NO₂ O-CO₂H
In an electrophilic aromatic substitution reaction, which group is both ortho, para directing and ring deactivating?...
In an electrophilic aromatic substitution reaction, which group is both ortho, para directing and ring deactivating? of Select one: O -NH2 O-SO3H O-1 0 -CN O-OCH3
DRAW ALL THE RESONANACE STRUCTURES THAT WOULD RESULT FROM ELECTROPHILIC AROMATIC SUBSTITUTION OF THE ORTHO, META,...
DRAW ALL THE RESONANACE STRUCTURES THAT WOULD RESULT
FROM ELECTROPHILIC AROMATIC SUBSTITUTION OF THE ORTHO, META, AND
PARA POSITIONS OF THE AROMATIC COMPOUND SHOWN BELOW. IDENTIFY ANY
PARTICULAR STABLE OR UNSTABLE INTERMEDIATES AND DETERMINE IF THE
SUBSTITUTION IS ORTHO, PARA, OR META DIRECTING BASED ON THE
RELATIVE STABILITY OF THE INTERMEDIATES.
-t Br meta.
The effects of the ortho, para directing group and the meta directing group reinforce each other....
The effects of the ortho, para directing group and the meta directing group reinforce each other. Can someone please explain what this means and/or provide an example?
Objectives - Section 1 • Identify a substituent as an ortho para director or a meta director, Draw the resonance st...
Objectives - Section 1 • Identify a substituent as an ortho para director or a meta director, Draw the resonance structure that explains the relative directing ability of a specific substituent. Classify a substituent as an activating or a deactivating group. Explain why the halogens are ortho/para directors but are deactivators. • 1. Draw the mechanism of the reaction below and use resonance structures of the arenium ion intermediate to explain why the starting material is an ortho/para director
Which of the following sets of substituents are all ortho/para directing in electrophilic aromatic substitution reactions?...
Which of the following sets of substituents are all ortho/para directing in electrophilic aromatic substitution reactions? O CN, NO2, COCH3 O CI, OH, CH3 OBr, OH, COCH3 OCI, CH3. CN
Sort the following molecules by whether the substituent group is ortho/para or meta directing for electrophilic aromatic substitution
Map. Sort the following molecules by whether the substituent group is ortho/para or meta directing for electrophilic aromatic substitution. Ortho Para Directing Meta Directing Previous Check Answer Next Exit
In an electrophilic aromatic substitution reaction, which group is both ortho, para directing and ring ?deactivating اختر أحد الخيارات CI- CO2H- NO - O NH2- OH-
In an electrophilic aromatic substitution reaction, which group is both ortho, para directing and ring deactivating? Select one: -CIN 0 -NH₂ O NO₂ O-CO₂H
In an electrophilic aromatic substitution reaction, which group is both ortho, para directing and ring deactivating? of Select one: O -NH2 O-SO3H O-1 0 -CN O-OCH3
DRAW ALL THE RESONANACE STRUCTURES THAT WOULD RESULT
FROM ELECTROPHILIC AROMATIC SUBSTITUTION OF THE ORTHO, META, AND
PARA POSITIONS OF THE AROMATIC COMPOUND SHOWN BELOW. IDENTIFY ANY
PARTICULAR STABLE OR UNSTABLE INTERMEDIATES AND DETERMINE IF THE
SUBSTITUTION IS ORTHO, PARA, OR META DIRECTING BASED ON THE
RELATIVE STABILITY OF THE INTERMEDIATES.
-t Br meta.
Objectives - Section 1 • Identify a substituent as an ortho para director or a meta director, Draw the resonance structure that explains the relative directing ability of a specific substituent. Classify a substituent as an activating or a deactivating group. Explain why the halogens are ortho/para directors but are deactivators. • 1. Draw the mechanism of the reaction below and use resonance structures of the arenium ion intermediate to explain why the starting material is an ortho/para director
Which of the following sets of substituents are all ortho/para directing in electrophilic aromatic substitution reactions? O CN, NO2, COCH3 O CI, OH, CH3 OBr, OH, COCH3 OCI, CH3. CN
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