Identify the correct statements for a ring sy | vedclass

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(D) For a compound to be aromatic,it must satisfy $H$ückel's rule and structural requirements:$(1)$ The molecule must be cyclic and planar to allow fo

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$ii$,$iii$

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(D) For a compound to be aromatic,it must satisfy $H$ückel's rule and structural requirements:$(1)$ The molecule must be cyclic and planar to allow for continuous delocalization of $\pi$-electrons.$(2)$ It must possess $(4n+2) \pi$-electrons,where $n$ is an integer $(n = 0, 1, 2, \dots)$.$(3)$ It must have a fully conjugated $\pi$-electron system.Therefore,statements $(ii)$ and $(iii)$ are correct.

Identify the correct statements for a ring system to exhibit aromaticity.
$(i)$ It must not be planar.
$(ii)$ It must possess $(4n+2) \pi$-electrons.
$(iii)$ It must be planar.
$(iv)$ It must possess $4n \pi$-electrons.
The correct answer is

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Identify the correct statements for a ring system to exhibit aromaticity.$(i)$ It must not be planar.$(ii)$ It must possess $(4n+2) \pi$-electrons.$(iii)$ It must be planar.$(iv)$ It must possess $4n \pi$-electrons.The correct answer is