The displacement of electrons in a multiple bond in the presence of an attacking reagent is called the Electromeric effect. So, the correct answer is (b) Electromeric effect.

Here's a step-by-step explanation:

1. The Electromeric effect refers to the movement of electrons in a π bond in response to an attacking reagent.

2. This effect is temporary and occurs only in the presence of a reagent.

3. Once the reagent is removed, the electrons return to their original position.

4. This effect is significant in determining the course of a reaction, as it can influence where the reagent will attack.

5. Therefore, the displacement of electrons in a multiple bond in the presence of an attacking reagent is referred to as the Electromeric effect.

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The displacement of electrons in a multiple bond in the presence of an attacking reagent is called the Electromeric effect. So, the correct answer is (b) Electromeric effect.

Here's a step-by-step explanation:

1. The Electromeric effect refers to the movement of electrons in a π bond in response to an attacking reagent.

2. This effect is temporary and occurs only in the presence of a reagent.

3. Once the reagent is removed, the electrons return to their original position.

4. This effect is significant in determining the course of a reaction, as it can influence where the reagent will attack.

5. Therefore, the displacement of electrons in a multiple bond in the presence of an attacking reagent is referred to as the Electromeric effect.

Knowee AI · Accepted Answer

The displacement of electrons in a multiple bond in the presence of an attacking reagent is called the Electromeric effect. So, the correct answer is (b) Electromeric effect.

Here's a step-by-step explanation:

1. The Electromeric effect refers to the movement of electrons in a π bond in response to an attacking reagent.

2. This effect is temporary and occurs only in the presence of a reagent.

3. Once the reagent is removed, the electrons return to their original position.

4. This effect is significant in determining the course of a reaction, as it can influence where the reagent will attack.

5. Therefore, the displacement of electrons in a multiple bond in the presence of an attacking reagent is referred to as the Electromeric effect.

The displacement of electrons in a multiple bond in the presence of attacking reagent iscalled(a) Inductive eﬀect(b) Electromeric eﬀect(c) Resonance(d) Hyper conjugation

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