What is the structure of M nitroaniline?
What is the structure of M nitroaniline?
C6H6N2O23-Nitroaniline / Formula
Which is more basic O nitroaniline or M nitroaniline?
But compared to p-nitroaniline, o-nitroaniline will be having a close inductive effect. Therefore, o-nitroaniline is less basic than p-nitroaniline compounds. In m-nitroaniline only inductive effect is observed and therefore, it is more basic compared to others. Hence, the correct answer is an option (B).
Why is M nitroaniline a stronger base than P-nitroaniline?
m \textit{m} m-Nitroaniline is a stronger base than p \textit{p} p-nitroaniline because the lone pair of electrons on its NH 2 _2 2 group is not delocalized on the NO 2 _2 2 group.
What is resonance structure in chemistry?
What is a resonance structure in chemistry? Resonance structures are a group of two or more Lewis structures that collectively represent a single polyatomic species ‘ electronic bonding including fractional bonds and fractional charges.
Why o-nitroaniline is less basic than aniline?
The thing that makes o-nitro aniline less basic is the -I effect which makes the lone pair on – NH2 group less available for donation .
Which of the following order is correct for basic strength of these anilines?
(D) o-nitroaniline > m-nitroaniline > p-nitroaniline.
How will you explain the fact that p-nitroaniline is much weaker base than aniline?
Answer. Nitro group is a deactivating group,it reduces electron density on benzene ring due to it’s electron withdrawing nature.So when the basic nature of aniline and p-nitro aniline are compared,aniline has more Lewis basic nature due to more electron density on it than p-nitroaniline.
Why is para nitro aniline a weaker base than meta nitroaniline?
Aniline is a stronger base than p-nitroaniline but weaker base than p-methoxyaniline. Assertion : p-nitroaniline is a weaker base than p-toluidine. Reason: The electron donating `-NO_(2)` group in p-nitroaniline makes it a weaker base.
How do you identify resonance structures?
Because resonance structures are the same molecules, they must have:
- The same molecular formulas.
- The same total number of electrons (same overall charge).
- The same atoms connected together. Although, they can differ in whether the connections are single, double or triple bonds.
