For a compound to be aromatic, it must satisfy Hückel's rule, which includes the following criteria: (i) Planarity, (ii) Complete delocalisation of the $\pi$ electrons in the ring, and (iii) Presence of $(4n + 2) \pi$ electrons in the ring, where $n$ is an integer ($n = 0, 1, 2, \dots$) . Compounds that fail to meet one or more of these criteria (e.g., those with $4n \pi$ electrons, which are anti-aromatic, or non-planar/non-conjugated systems, which are non-aromatic) do not exhibit aromaticity.

Note: The specific chemical structures for the options were missing from the input data. Option 1 is marked correct based on the provided probable answer.