Question

Gilbert Stork devoted a controversial footnote of their pioneering quinine synthesis to dismissing quinine’s first formal synthesis, which was conducted by this scientist and Robert Woodward. For 10 points each:
[10h] Name this chemist who determined the mechanism of the Baeyer–Villiger oxidation with Edwin Dorfman. This scientist worked with Wolfgang Roth to identify a reaction’s chair transition state.
ANSWER: William Doering [or William von Eggers Doering; accept Doering–Dorfman experiment or Doering–Roth experiment]
[10m] Doering and Roth predicted that bullvalene (“BULL-vuh-leen”) would only have one proton NMR peak because of how rapidly it undergoes this sigmatropic reaction.
ANSWER: Cope rearrangement [prompt on Cope reaction; prompt on rearrangement; reject “Cope elimination”]
[10e] Bullvalene can undergo this many possible rearrangements at any given moment, as each swaps the bridgehead carbon with a cyclopropyl (“cyclo-PRO-pill”) carbon. There are this many carbons in propane.
ANSWER: three [or 3]
<Chemistry>

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Summary

2024 ACF Nationals2024-04-21Y2411.6792%25%0%

Data

RutgersArizona State0101020
MichiganBrown001010
Chicago BNorth Carolina A001010
Chicago CChicago D001010
Claremont CollegesVirginia001010
Cornell APurdue0101020
Cornell BVanderbilt0000
DukeFlorida001010
Johns HopkinsGeorgia Tech001010
HarvardSouth Carolina0101020
Toronto AIllinois001010
IndianaColumbia A001010
KentuckyMinnesota B001010
Berkeley AMaryland001010
Berkeley BMcGill0101020
NYUIowa State0000
North Carolina BTruman State001010
NorthwesternYale A0101020
OttawaToronto B001010
StanfordChicago A0101020
TexasWUSTL A001010
PennWUSTL B001010
WaterlooMinnesota A001010
Columbia BYale B001010