Q8: Draw the resonance structures for the following molecule. Show the curved arrows (how you derive each resonance structure). Circle the major resonance contributor.
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- For each proposed set of resonance structures: a. (E) Add curved arrows (starting from left) to show how each successive r.s. was generated. b. Cross out any resonance structures that are NOT important, and explain your reasoning.Q8: Draw the resonance structures for the following molecule. Show the curved arrows (how you derive each resonance structure). Circle the major resonance contributor. одIn part 1 adding the missing curved arrow notation.In part 2 draw the structure resulting from the given curved arrow notation.
- For the following, use curved arrows to show the transformation of one resonance structure into another. Label the major and minor resonance forms (major and minor contributors to the resonance hybrid), and show which ones are of equal energy. Briefly justify your choices. Draw the structure of the resonance hybrid. [re % la] uDraw two resonance structures better than this. Include curvy arrows to show how you determined the structures. Lone pairs are not shown so include lone pairs in the original and subsequent structures. Label the major, minor, and very minor contributors.For the following Structure, a) draw in any missing lone pairs; b) identify and list the resonance patterns (i.e. allylic cation) present. If one pattern shows up more than once, list it multiple times c) draw curved arrows on the initial structure to produce a resonance structure, including formal charge. (hint - use a minimum of curved arrows for each resonance structure). Repeat on the second structure to generate a third structure. Rank the resonance structures in order of decreasing importance: 1 is most important, 2 is second most important, etc... H Pattern 1: Pattern 2: Rank: Pattern 1: Pattern 2: Rank: Pattern 1: Pattern 2: Rank:
- 4. Draw the possible resonance structures for compounds C and D. Include lone pairs and indicate non-zero formal charges. Circle the minor resonance contributor for compound C. O :O: :O: C & DCurved arrows illustrate flow of electrons. follow the curved arrows to draw the resonance hybrid contributer. 0: Include all lone pairs & charges as appropriateDraw a resonance structure that results from the arrow pushing scheme below. Make sure to include the positive negative charges.
