How is Ether Formed from an Alkyl Halide?

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Discussion Overview

The discussion revolves around the formation of ether from an alkyl halide, specifically examining the reactions involved and the role of starting materials. Participants are analyzing a textbook answer and comparing it with their own solutions.

Discussion Character

  • Debate/contested, Technical explanation

Main Points Raised

  • One participant questions the textbook's answer, suggesting it is incorrect and noting a missing starting halide.
  • Another participant identifies CH3I as the halide used in the reaction, implying it is present in the second step.
  • A third participant reiterates the concern about the textbook's answer and points out the presence of CH3I in the second step.
  • One participant expresses a moment of realization regarding the problem, indicating a breakthrough in understanding.

Areas of Agreement / Disagreement

Participants appear to disagree on the accuracy of the textbook answer, with some asserting that the starting halide is not clearly identified, while others point out its presence in the reaction.

Contextual Notes

There may be limitations in the clarity of the textbook's explanation, and participants have noted potential typos in their own contributions that could affect understanding.

alingy1
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Please look at attachments.
The book's answer seems way off. Where is there starting halide!? I posted my solution (I made a typo there. It is not EtO- but CH3O-).
 

Attachments

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  • My reaction.png
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They use CH3I in the second reaction, that's the halide, isn't it?
 
alingy1 said:
The book's answer seems way off. Where is [STRIKE]there[/STRIKE] their starting halide!?
It appears in the second step: CH3I

[Edit: Borek, you're always too quick for me!]
 
Perfect! I had an eureka moment a few seconds ago!
 

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