Can't find this exact reaction mechanism online -- Help please....

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Discussion Overview

The discussion revolves around a specific reaction mechanism related to mild oxidation and its effects on a double bond, with participants seeking clarification on the nature of the oxidation and its implications for the reaction products.

Discussion Character

  • Homework-related, Exploratory, Debate/contested

Main Points Raised

  • One participant questions the role of mild oxidation in the reaction, wondering if it leads to the formation of a ketone and aldehyde.
  • Another participant suggests the possibility of adding bromine or forming an epoxide as part of the reaction process.
  • There is a repeated inquiry about the specific nature of the mild oxidation and whether it occurs in the presence of bromine or another reagent.
  • A later reply proposes that the mild oxidation could result in the addition of two -OH groups across the double bond, seeking to identify a mechanism for this reaction.

Areas of Agreement / Disagreement

Participants express uncertainty regarding the exact nature of the mild oxidation and its conditions, indicating that multiple competing views remain without a consensus on the reaction mechanism.

Contextual Notes

Limitations include unclear definitions of "mild oxidation," the specific reagents involved, and unresolved details about the proposed reaction mechanism.

IntegralDerivative
Messages
27
Reaction score
3

Homework Statement


2016-11-08_13-21-51.png

Homework Equations

The Attempt at a Solution



Can't find this exact reaction mechanism online. Help?

http://imgur.com/a/X9P7e

I don't know what the mild oxidation does. Does it split the double bond into a ketone and aldehyde?
 

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"Mild oxidation?" Adding Br? Or, not? Epoxide?
 
Bystander said:
"Mild oxidation?" Adding Br? Or, not? Epoxide?

What if it was just mild oxidation? What would be the reaction name??
 
That's what I'm asking you. Is it a "mild oxidation" in the presence of bromine, or is it in the presence of something else?
 
Bystander said:
That's what I'm asking you. Is it a "mild oxidation" in the presence of bromine, or is it in the presence of something else?
It actually turns out to be just mild oxidation. I guess two -OH groups would add across the double bond? Is there a mechanism for this reaction?
 

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