Shown below is a heterocylic aromatic compound. How many more aromatic aromatic res forms exist? [HINT: Copy the structure, use one or more curved arrow and assess all possible structures) H N H3C

Draw 3 examples of aromatic compounds with heteroatoms. Please help me :D

n of the following molecules could be considered aromatic? Assume all of the compounds are planar. T: Are these proper Lewis structures? ZI NH₂ N HB

Criteria by which an aromatic compound is considered an aromatic compound. Help with this question too please.

Question 15 In the blank for each molecule, enter A, B or C according to the code below: A-aromatic if planar B anti-aromatic if planar C-non-aromatic (does not matter if it is planar or not because other conditions for aromaticity or anti- aromaticity are not met) For those with more than one ring, consider the molecule as a WHOLE, rather than as separate rings. So if all of the rings together don't make for an aromatic molecule, then choose B or C. NH₂ 0₂ blank 1 blank 8 blank 2 blank 9 blank 3 s-cis blank 10 blank 11 N: blank 4 blank 12 blank 5 blank 13 blank 6 blank 14 Å blank 7 Q..z-z Ⓒ.H N-H

மத்தம் Which of the following ions is aromatic?

Determine if the following compounds are aromatic, non-aromatic, or anti-aromatic. Show a structure that helps to support your classification. This structure should not just redraw the compound; show lone pairs, resonance, and/or contributing π bonds as part of your explanation.

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help me solve this:(

Are the following compounds aromatic, nonaromatic, or antiaromatic? Explain your reasoningusing the general rules for aromaticity