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Organic Chem flashcards

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Wendy Naughton
Fichas por Wendy Naughton, actualizado hace más de 1 año
Wendy Naughton
Creado por Wendy Naughton hace más de 1 año
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Pregunta Respuesta
Image: Hydrohalogenation+Start+Prod (binary/octet-stream)
Image: Hydrohalogenation+Reagents (binary/octet-stream)
Image: Hydrohalogentation+Start Reag (binary/octet-stream)
Image: Hydrohalogentation+Prod (binary/octet-stream)
Image: Allylic+Bromination+Start Reag (binary/octet-stream)
Image: Allylic+Bromination+Prod (binary/octet-stream)
Image: Acid+Dehydration+Of+Alcohols+Start+Reag (binary/octet-stream)
Image: Acid+Dehydration+Of+Alcohols+Prod (binary/octet-stream)
Image: Synth+Alkyne+Internal+Start+Prod (binary/octet-stream)
amide is a stronger base than hydroxide either reagent works
Image: Synth+Alkyne+Internal+Reag (binary/octet-stream)
Image: Synth+Alkyne+Termine+Start+Reag+Two+Step (binary/octet-stream)
Image: Synth+Alkyne+Termine+Prod (binary/octet-stream)
Image: Synth+Alkyne+Termine+Start+Prod (binary/octet-stream)
need to add stepwise water in 2nd step adds back terminal H
Image: Synth+Alkyne+Termine+Reag (binary/octet-stream)
can use either base amide is stronger than hydroxide
Image: S Ynth+Alkyne+Internal+Start+Reag (binary/octet-stream)
Image: Synth+Alkyne+Internal+Prod (binary/octet-stream)
Either amide OR hydroxide can be used
Image: Synth+Alkyne+Termine+Start+Reag (binary/octet-stream)
1) terminal H is removed under basic conditions (initial reagents are bases) 2) need to add water to re-protonate
Image: Synth+Alkyne+Termine+Intermed+Prod (binary/octet-stream)
Image: Halogenation Alkyne Start Reag (binary/octet-stream)
Image: Halogenation Alkyne Prod (binary/octet-stream)
Image: Halogenation Start Reactant (binary/octet-stream)
Both enantiomers are shown abov.e. This could also be communicated by showing one of the two and adding (+/-)
Image: Halogenation Prod (binary/octet-stream)
Image: Hydration Start Prod (binary/octet-stream)
Or the mercuration reagents also work for this reaction. There is another flashcard focusing on them.
Image: Hydration Reag (binary/octet-stream)
Image: Halogenation Alkyne Start Product (binary/octet-stream)
Image: Halogenation Reagents (binary/octet-stream)
Image: Halogenation Alkyne Start Reag (binary/octet-stream)
Image: Halogenation Alkyne Prod (binary/octet-stream)
Image: Hydrogenation Start Reag (binary/octet-stream)
Image: Hydration Product (binary/octet-stream)
Image: Hydroboration Start Reag (binary/octet-stream)
Both enantiomers form (could just write +/-) and only syn addition of the H and OH is possible.
Image: Hydroboration Prod (binary/octet-stream)
Image: Hydroboration Start Prod (binary/octet-stream)
Image: Hydroboration Reag (binary/octet-stream)
Image: Mercuration Start Prod (binary/octet-stream)
Hydration (adding acid and water) also works in this reaction. There is another flashcards focused on this.
Image: Mercuration Reag (binary/octet-stream)
Image: Mercuration Start Reag (binary/octet-stream)
Both enantiomers form. Could just write (+/-).
Image: Hydration Product (binary/octet-stream)
Image: Lindlar+Cat+Start+Reag (binary/octet-stream)
Image: Lindlar+Cat+Prod (binary/octet-stream)
Image: Li+H2+Start+Reag (binary/octet-stream)
Image: Li+H2+Prod (binary/octet-stream)
Image: Li+Nh3+Start+Prod (binary/octet-stream)
Image: Li+Nh3+Reag (binary/octet-stream)
Image: Lindlar+Cat+Start+Prod (binary/octet-stream)
Image: Lindlar+Cat+Reag (binary/octet-stream)
Image: Hydrogentation+Alkene (binary/octet-stream)
Image: Hydrogenation+Alkene+Prod (binary/octet-stream)
Image: Hydrogenation+Alkene+Start+Prod (binary/octet-stream)
Image: Hydrogenation+Alkene+Reagents (binary/octet-stream)
Image: Hydrogenation+Alkyne+Start+Prod (binary/octet-stream)
Image: Hydrogenation+Alkene+Reagents (binary/octet-stream)
Image: Hydrogenation+Alkyne+Start+Reag (binary/octet-stream)
Image: Hydrogenation+Alkyne+Prod (binary/octet-stream)
Image: Alcohol+To+Alkyl+Iodide+Start+Reag (binary/octet-stream)
Image: Alcohol+To+Alkyl+Iodide+Prod (binary/octet-stream)
Image: Alcohol+To+Alkyle+Bromide+Start+Reag (binary/octet-stream)
Image: Alcohol+To+Alkyl+Bromide+Prod (binary/octet-stream)
Image: Alcohol+To+Alkyle+Chloride+Start+Reag (binary/octet-stream)
Image: Alcohol+To+Alkyl+Chloride+Prod (binary/octet-stream)
Image: Tert+Alcohol+To+Alkyl++Halide+Start+Reag (binary/octet-stream)
Image: Tert+Alcohol+To+Alkyl++Halide+Prod (binary/octet-stream)
Image: Alcohol+To+Alkyl+Iodide+Start+Prod (binary/octet-stream)
Image: Alcohol+To+Alkyl+Iodide+Reag (binary/octet-stream)
Image: Alcohol+To+Alkyl+Bromide+Start+Prod (binary/octet-stream)
Image: Alcohol+To+Alkyl+Bromide+Reag (binary/octet-stream)
Image: Alcohol+To+Alkyl+Chloride+Start+Prod (binary/octet-stream)
Image: Alcohol+To+Alkyl+Chloride+Reag (binary/octet-stream)
Image: Tert+Alcohol+To+Alkyl+Halide+Start+Prod (binary/octet-stream)
Image: Tert+Alcohol+To+Alkyl++Halide+Reag (binary/octet-stream)
Image: Cold+Neutral+K Mn O+Start+Reag (binary/octet-stream)
Both enantiomers form. Can also just say (+/-)
Image: Cold+Neutral+K Mn O+Prod (binary/octet-stream)
Image: Syn+Diol+Start+Reag (binary/octet-stream)
(+/-)
Image: Syn+Diol+Prod (binary/octet-stream)
Image: Anti+Diol+Start+Reag (binary/octet-stream)
(+/-)
Image: Anti+Diol+Prod (binary/octet-stream)
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