Question

inductive and electromeric effect with examples​

Answer 1

Answer:

In chemistry, the inductive effect is an effect regarding the transmission of unequal sharing of the bonding electron through a chain of atoms in a molecule, leading to a permanent dipole in a bond. It is present in a σ (sigma) bond as opposed to electromeric effect which is present on a π (pi) bond.

Answer 2

Answer:

Part of this variety in organic chemistry stems from differences in electron behavior when elements other than carbon and hydrogen participate in molecular bonds. For example, the three compounds pictured above have similar formula units and structures, but react very differently from one another because of these electronic factors. Varying electronegativity can cause delocalization effects, where the electron cloud for a given bond expands to more than two atoms within the molecule.

Part of this variety in organic chemistry stems from differences in electron behavior when elements other than carbon and hydrogen participate in molecular bonds. For example, the three compounds pictured above have similar formula units and structures, but react very differently from one another because of these electronic factors. Varying electronegativity can cause delocalization effects, where the electron cloud for a given bond expands to more than two atoms within the molecule.