Question

4. For each of the structures shown below, use the curved-arrow formalism to draw two other reasonable resonance structures. The given structure is structure A. Draw arrows on structure A that would lead to a new resonance structure, structure B. Draw arrows on structure B that would lead to structure C. Remember, each structure (A, B, and C) must be unique structures, i.e. differ from one another.

          4. For each of the structures shown below, use the curved-arrow formalism to draw two other reasonable resonance structures.
The given structure is structure A. Draw arrows on structure A that would lead to a new resonance structure, structure B. Draw arrows on structure B that would lead to structure C. Remember, each structure (A, B, and C) must be unique structures, i.e. differ from one another.

4. For each of the structures shown below, use the curved-arrow formalism to draw two other reasonable resonance structures.
The given structure is structure A. Draw arrows on structure A that would lead to a new resonance structure, structure B. Draw arrows on structure B that would lead to structure C. Remember, each structure (A, B, and C) must be unique structures, i.e. differ from one another.

Added by George C.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Adi S

07/09/2023

Step 1

The oxygen atom has a negative charge. The carbon atom has a positive charge. The double bond can be moved to the other side of the ring. This will create a new resonance structure. Show more…

Show all steps

Thanks for your feedback!

4. For each of the structures shown below, use the curved-arrow formalism to draw two other reasonable resonance structures. The given structure is structure A. Draw arrows on structure A that would lead to a new resonance structure, structure B. Draw arrows on structure B that would lead to structure C. Remember, each structure (A, B, and C) must be unique structures, i.e. differ from one another. 0: 0: Structure A Structure B Structure C 0: Θ Structure A Structure B Structure C Θ Structure A Structure B Structure C