Does the Textbook Answer Make Sense? 3 Carbons

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Discussion Overview

The discussion revolves around the clarity and correctness of an answer provided in a textbook regarding a chemical compound with three carbon atoms, specifically questioning the representation of the compound C3H5F and its isomers. The scope includes conceptual understanding and potential errors in textbook content.

Discussion Character

  • Debate/contested

Main Points Raised

  • One participant questions the validity of the textbook answer, expressing confusion over the presence of three carbons.
  • Another participant suggests that if the compound is C3H5F, there are two missing cases where fluorine is not connected to the double bonds.
  • A participant inquires about which textbook is being referenced, indicating a need for context.
  • One participant asserts that there is likely an issue with the question, suggesting ambiguity regarding whether it refers to all or only a subset of compounds.
  • A later reply identifies the textbook as Solomon's Organic Chemistry, edition 11, and proposes that there may be one isomer missing from the answer provided.

Areas of Agreement / Disagreement

Participants express disagreement regarding the textbook answer and its implications, with no consensus reached on the correctness of the answer or the completeness of the information provided.

Contextual Notes

Participants highlight potential limitations in the textbook's representation of isomers and the clarity of the question posed, but do not resolve these issues.

alingy1
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Does the answer from the textbook even make the slightest sense? How can there be three carbons?
 

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If it is C3H5F, there two missing. Why don't they put the two cases where fluorine is not connected to the double bonds?
 
Which textbook is this?
 
Definitely something is wrong with the question. Either "all" or only a subset, either of C2XXX or C3XXX.
 
This is solomon's Organic Chemistry, edition 11. I think they meant C3H5F. If so, there is one isomer missing.
 

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