Orgo 2 - Exam 1 Reaction and Mechanism

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Last updated 4:22 AM on 10/5/26
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68 Terms

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<p>Identify the missing reagent. Name the reaction. </p>

Identify the missing reagent. Name the reaction.

EAS Halogenation

<p>EAS Halogenation </p>
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<p>Identify the missing reagent. Name the reaction. </p>

Identify the missing reagent. Name the reaction.

EAS Halogenation (Fluronation)

<p>EAS Halogenation (Fluronation) </p>
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<p>Identify the missing reagent. Name the reaction.</p>

Identify the missing reagent. Name the reaction.

EAS Nitration

<p>EAS Nitration</p>
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<p>Identify the missing reagent. Name the reaction.</p>

Identify the missing reagent. Name the reaction.

EAS Sulfonation

<p>EAS Sulfonation </p>
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<p>Identify the missing reagent. Name the reaction.</p>

Identify the missing reagent. Name the reaction.

EAS De-sulfonation

<p>EAS De-sulfonation </p>
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<p>Identify the missing reagent. Name the reaction.</p>

Identify the missing reagent. Name the reaction.

EAS Friedel-Crafts Alkylation

1) Polyalkylation, unless you use excess benzene

2) Rearrangement is possible to form a more stable carbocation

3) Can’t undergo if strong EWG on benzene.

<p><strong>EAS Friedel-Crafts Alkylation </strong></p><p>1) Polyalkylation, unless you use excess benzene </p><p>2) Rearrangement is possible to form a more stable carbocation </p><p>3) Can’t undergo if strong EWG on benzene. </p>
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<p>Identify the missing reagent. Name the reaction.</p>

Identify the missing reagent. Name the reaction.

EAS Friedel-Crafts Acylation Limitation

1) Can’t undergo if strong EWG on benzene.

<p><strong>EAS Friedel-Crafts Acylation Limitation  </strong></p><p>1) Can’t undergo if strong EWG on benzene. </p>
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<p>Name the reagent.</p>

Name the reagent.

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What are the 3 requirements for Nucleophilic Aromatic Substitution (NAS) for addition-elimination?

  1. Ring must have EWG

  2. Ring must have LG

  3. LG is ortho or para to EWG


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What are the 3 requirements for Nucleophilic Aromatic Substitution (NAS) for elimination-addition?

  1. Ring must have LG

  2. Ring does not require EDG/EWG (it can have it still)

  3. H used to make benzyne must be ortho or adjacent to LG


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Primary Alcohols can get reduced to 1)______ —> 2)________


Secondary Alcohols can get reduced to 1)______


Using what reagents for each.

Primary Alcohols can get reduced to 1) Aldehyde —> 2) Carboxylic Acid


Secondary Alcohols can get reduced to 1) Ketone

<p>Primary Alcohols can get reduced to 1) Aldehyde —&gt; 2) Carboxylic Acid</p><p></p><p>Secondary Alcohols can get reduced to 1) Ketone </p>
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<p>2 different reagents here</p>

2 different reagents here

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<p>Making alcohols</p>

Making alcohols

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<p>Making alcohols</p>

Making alcohols

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u said cl and not i

<p>u said cl and not i</p>
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