difference between inductive and electromeric effect
Answers
Answer:
An inductive effect is transmitted through the σ bonds; an electromeric effect is transmitted through π electrons. ... An inductive effect is the effect on electron density in one portion of a molecule caused by electron-withdrawing or electron-donating groups elsewhere in the molecule.
Answer:
The inductive effect is the effect the charge of a chemical bond has on the orientation of the adjacent bonds in a molecule. In other words, inductive effect is the effect of transmission of charge through a chain of atoms in a molecule. Therefore, inductive effect is a distance-dependent phenomenon. The inductive effect in a molecule creates a permanent dipole in chemical bonds. The inductive effect of molecules causes an induced polarity
Electromeric effect is the complete transfer of pi electrons in a molecule in the presence of an attacking agent. Therefore, it is a polarizability effect. The electron transfer is intramolecular (occur within the molecule). The electromeric effect can be observed in the molecules containing multiple bonds