Electromeric effect dominates over inductive effect
The electromeric effect is, temporary effect
The organic compound shows electromeric effect in the presence of the reagent only
Hydrogen ion (\( \text{H}^+ \)) shows negative electromeric effect.
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The Correct Option isD
Solution and Explanation
Understanding the Electromeric Effect:
The electromeric effect is a temporary effect observed in organic compounds, where the complete transfer of a shared electron pair occurs in the presence of an attacking reagent. It is often observed in compounds with double or triple bonds and only lasts as long as the reagent is present.
Explanation of Each Statement:
Statement (1): Electromeric effect does dominate over the inductive effect when a reagent is present, as it involves the complete shift of electron density, which is stronger than the partial electron shift seen in the inductive effect. This statement is correct.
Statement (2): The electromeric effect is indeed a temporary effect that occurs only in the presence of an attacking reagent. Once the reagent is removed, the electrons revert to their original position. This statement is correct.
Statement (3): The electromeric effect is observed only when an attacking reagent is present, causing the shift of electron density. This statement is correct.
Statement (4): Hydrogen ion (\( \text{H}^+ \)) shows a positive electromeric effect because it attracts electron density toward itself due to its positive charge. Thus, it does not exhibit a negative electromeric effect. This statement is incorrect.
Conclusion:
The incorrect statement is Option (4): Hydrogen ion (\( \text{H}^+ \)) shows a negative electromeric effect.
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