In which of the following pairs is the first | vedclass

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(B) Resonance energy is directly related to the stability of the molecule and the extent of delocalization of $\pi$-electrons.$1$. Naphthalene has two

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Naphthalene,Benzene

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(B) Resonance energy is directly related to the stability of the molecule and the extent of delocalization of $\pi$-electrons.$1$. Naphthalene has two fused benzene rings,which provides more resonance energy than a single benzene ring.$2$. Benzene is more stable and has higher resonance energy than $1,3-$butadiene due to its aromaticity.$3$. Benzene has higher resonance energy than furan due to the presence of a heteroatom in furan which disrupts the perfect delocalization compared to the all-carbon benzene ring.$4$. Comparing the options,Naphthalene ($2$ rings) has more resonance energy than Benzene ($1$ ring).Therefore,the pair where the first has more resonance energy than the second is Naphthalene,Benzene.

In which of the following pairs is the first one having more resonance energy than the second one?

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