Please provide only typed answer solution no handwritten solution needed allowed Would you expect the following compound to be aromatic? Justify your answer.This compound✓electrons in the p orbitals.eTextbook and MediaBNAOO-ORIdentify which lone pairs are included in the electron count above. The lone pairs are labeled A-D below.OAABOCBDORC (one lone pair)C (both lone pairs)D (one lone pair)OD (both lone pairs)becausea continuous system of overlapping p orbitals, and there are

According to the Huckel rule, the compound will be aromatic if It is cyclic. It is planar. It…

Would you expect the following compound to be aromatic? Justify your answer. -OR This compound ✓electrons in the p orbitals. eTextbook and Media BN Α.Ν Identify which lone pairs are included in the electron count above. The lone pairs are labeled A-D below. O D ✓because OR B C (one lone pair) OC (both lone pairs) OD (one lone pair) OD (both lone pairs) a continuous system of overlapping p orbitals, and there are

Would you expect the following compound to be aromatic? Justify your answer. -OR This compound ✓electrons in the p orbitals. eTextbook and Media BN Α.Ν Identify which lone pairs are included in the electron count above. The lone pairs are labeled A-D below. O D ✓because OR B C (one lone pair) OC (both lone pairs) OD (one lone pair) OD (both lone pairs) a continuous system of overlapping p orbitals, and there are

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter18: Aromaticity

Section: Chapter Questions

Problem 6CTQ

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The unusual molecule below is aromatic and somewhat stable in spite of the positive charge on oxygen. Draw all possible resonance structures to show how the electrons can move about the ring in an uninterrupted circuit.
The instructions were to define if the molecule was aromatic or antiaromatic. If the element (such as N or O) has a double bond directly on it, then its lone pair doesn't count in the conjugation system; if there's a single bond, then its lone pair is counted. I counted the electrons on the lone pairs, and since the total was 6 e-, I labeled it as aromatic. was this correct?
Which of the following are consistent with the requirements for aromaticity?I. A system with delocalized p electrons in a ring.II. 4n p electrons in the ring.III. All the ring atoms must be carbons.IV. (4n + 2) p electrons in the ring. Give the answer why.
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