Aromatic nitro compounds - electrophilic substitution, Chemistry

Assignment Help:

Chemical Properties of Aromatic Nitro Compounds - Electrophilic substitution

Because - NO2 group is deactivating and m-directing, electrophilic substitution (halogenation, nitration and sulphonation) in simple aromatic nitro compounds (for example nitrobenzene) is extremely difficult as compared to that in benzene. Therefore vigorous reaction conditions are utilized for such reaction and the new group enters the m-position.

29_Electrophilic substitution.png


Related Discussions:- Aromatic nitro compounds - electrophilic substitution

Effect of substituting emulsifying agents, Q. Effect of substituting emulsi...

Q. Effect of substituting emulsifying agents? i) Make A starch gel with ½ T (tablespoon) of cornstarch add ½ cup of water. Cool the gel. Take 2 T of this gel and add it to th

What is standard enthalpy of formation, Q. What is Standard Enthalpy of For...

Q. What is Standard Enthalpy of Formation? Ans. It is really difficult to measure the total energy content or absolute entropy of a substance. In order to quantify entropy

Nickel, catalytic property of nickel

catalytic property of nickel

Buffer capacity, plz explain me about buffer capacity and its type

plz explain me about buffer capacity and its type

Find series of hydrogen atom spectrum electronic transition, In Balmer seri...

In Balmer series of hydrogen atom spectrum which electronic transition causes third line: (1) Fifth Bohr orbit to second one (2) Fifth Bohr orbit to first one (3) Fourth

What is entropy?, Q. What is Entropy? Ans. The strangest thing about...

Q. What is Entropy? Ans. The strangest thing about entropy is that it is denoted by the letter S. Entropy is the measure of the disorder in a system. A system with low en

P block elements, can i have some reactions of p block elements such as in ...

can i have some reactions of p block elements such as in water,with oxygen,in acid etc...

Conformation energy profile for cyclohexane ring flip, Conformation energy ...

Conformation energy profile for cyclohexane ring flip   cyclohexane ring flip

What is the structure of diborane, Q. What is the Structure of diborane? ...

Q. What is the Structure of diborane? The structure of diborane is of great interest since it cannot be explained on the basis of simple theories of bonding. As mentioned earli

The frequency corresponding to transition & hydrogen atom, The frequency co...

The frequency corresponding to transition n= 2   to n =1   in hydrogen atom is: (1) 15.66 x 10 10 Hz                           (2)  24.66 x 10 14 Hz          (3) 30.5

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd