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The hypothetical switching from one resonance structure to another is called resonance.

1. True
2. False

Answer :

Final answer:

The statement is false because, in resonance, a molecule is represented by a hybrid of all valid resonance structures rather than switching between them. So the given statement is False.

Explanation:

The hypothetical switching from one resonance structure to another is not actually what happens in reality, and therefore, the statement is false. In chemistry, resonance refers to the concept wherein a molecule, radical, or ion can be depicted by two or more valid Lewis structures that differ only in the arrangement of electrons, not the positions of atoms. These different structures are known as resonance structures or resonance contributors. However, a common misconception is that a molecule exists as one resonance form and then switches to another, which is not the case. The true structure of a molecule is a hybrid of all valid resonance structures and is more stable than any individual resonance contributor. This is known as resonance stabilization, where the actual molecule reflects the characteristics of all the contributing structures, rather than flipping between them.

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Rewritten by : Brahmana