Assertion: When inductive and electromeric effects operate in opposite directions, the inductive effect predominates. Reason: Inductive effect is the complete transfer of shared pair of π electrons to one of the atoms.

Question

Assertion: When inductive and electromeric effects operate in opposite directions, the inductive effect predominates. Reason: Inductive effect is the complete transfer of shared pair of π electrons to one of the atoms. (A) If both assertion and reason are true and reason is the correct explananation of assertion (B) If both assertion and reason are true but reason is not the correct explananation of assertion (C) If assertion is true but reason is false (D) If both assertion and reason are false

Tardigrade Admin · Accepted Answer

When inductive and electromeric effects operate in opposite directions, the electromeric effect predominates.
Inductive effect is the polarisation of a bond caused by the polarisation of adjacent a bond.

Q. Assertion : When inductive and electromeric effects operate in opposite directions, the inductive effect predominates. Reason : Inductive effect is the complete transfer of shared pair of π electrons to one of the atoms.

If both assertion and reason are true and reason is the correct explananation of assertion

If both assertion and reason are true but reason is not the correct explananation of assertion

If assertion is true but reason is false

If both assertion and reason are false

When inductive and electromeric effects operate in opposite directions, the electromeric effect predominates. Inductive effect is the polarisation of a bond caused by the polarisation of adjacent a bond.

Q. Assertion : When inductive and electromeric effects operate in opposite directions, the inductive effect predominates.
Reason : Inductive effect is the complete transfer of shared pair of $π$ electrons to one of the atoms.

When inductive and electromeric effects operate in opposite directions, the electromeric effect predominates.
Inductive effect is the polarisation of a bond caused by the polarisation of adjacent a bond.