An aromatic compound is a cyclic, planar compound with a ring of resonance bonds that exhibits more stability than other geometric or connective arrangements with the same set of atoms. A classic example is benzene.

On the other hand, an antiaromatic compound is also a cyclic and planar compound, but it is less stable compared to the corresponding non-aromatic compound. This is due to the fact that antiaromatic compounds have a closed loop of p-orbitals containing 4n electrons (where n is an integer), which leads to destabilization. An example of an antiaromatic compound is cyclobutadiene.

So, the key difference between aromatic and antiaromatic compounds lies in their stability: aromatic compounds are more stable than their non-aromatic counterparts, while antiaromatic compounds are less stable.

Question

An aromatic compound is a cyclic, planar compound with a ring of resonance bonds that exhibits more stability than other geometric or connective arrangements with the same set of atoms. A classic example is benzene.

On the other hand, an antiaromatic compound is also a cyclic and planar compound, but it is less stable compared to the corresponding non-aromatic compound. This is due to the fact that antiaromatic compounds have a closed loop of p-orbitals containing 4n electrons (where n is an integer), which leads to destabilization. An example of an antiaromatic compound is cyclobutadiene.

So, the key difference between aromatic and antiaromatic compounds lies in their stability: aromatic compounds are more stable than their non-aromatic counterparts, while antiaromatic compounds are less stable.

Knowee AI · Accepted Answer

An aromatic compound is a cyclic, planar compound with a ring of resonance bonds that exhibits more stability than other geometric or connective arrangements with the same set of atoms. A classic example is benzene.

On the other hand, an antiaromatic compound is also a cyclic and planar compound, but it is less stable compared to the corresponding non-aromatic compound. This is due to the fact that antiaromatic compounds have a closed loop of p-orbitals containing 4n electrons (where n is an integer), which leads to destabilization. An example of an antiaromatic compound is cyclobutadiene.

So, the key difference between aromatic and antiaromatic compounds lies in their stability: aromatic compounds are more stable than their non-aromatic counterparts, while antiaromatic compounds are less stable.

select the statement that differentiates between an aromatic and antiaromatic compound.

Question

Select the statement that differentiates between an aromatic and antiaromatic compound.

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