Organic chem: draw this in line angle structure

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SUMMARY

The discussion centers on drawing the line angle structure for the organic compound CH3CH2OC(O)CH2CC(CH2)3CH(CN)CHO. Participants clarified that the CC(CH2)3 segment represents a straight-chain of three -CH2- groups rather than a double bond or cyclobutanyl group. The correct interpretation is that the CC is actually C≡C, indicating a triple bond. The final consensus confirms the accurate line angle structure based on the provided condensed formula.

PREREQUISITES
  • Understanding of line angle structures in organic chemistry
  • Familiarity with condensed structural formulas
  • Knowledge of carbon bonding types, including single, double, and triple bonds
  • Basic organic chemistry nomenclature and functional groups
NEXT STEPS
  • Study line angle structure drawing techniques in organic chemistry
  • Learn about the implications of different carbon bonding types (single, double, triple)
  • Explore functional groups and their representations in condensed formulas
  • Practice converting condensed formulas to line angle structures with various examples
USEFUL FOR

Organic chemistry students, educators, and anyone involved in molecular structure visualization and interpretation will benefit from this discussion.

alphaj
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Homework Statement


Draw this formula in line angle structure. CH3CH2OC(O)CH2CC(CH2)3CH(CN)CHO.

Homework Equations


None.

The Attempt at a Solution


I'm confused with the CC(CH2)3 part of the condensed formula. I knew I got it wrong the first time I drew it because I couldn't just tag three methyl groups to carbon 7. The only way I think I can do that is by adding a cyclobutanyl group! But, I'm afraid that might be misrepresenting the given formula. I think a cyclobutanyl group included would have the condensed formula written as CH3CH2OC(O)CH2C(C(CH2)3)CH(CN)CHO.
upload_2017-9-24_16-37-58.png
 
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(CH2)3 is just three -CH2- groups in line.
 
if memory serves me correctly, the CC is actually C=C and the (CH_2)_3 is
CH_2CH_2CH_2
 
Dr Transport said:
the CC is actually C=C

Close, but no, it is not a double bond.
 
Borek said:
Close, but no, it is not a double bond.
memory failed me...
 
upload_2017-9-24_20-59-1.png

Thanks for your help! I think I got it now!
 
alphaj said:
CH3CH2OC(O)CH2CC(CH2)3CH(CN)CHO

Yes, looks like you are right.

705e429997f8df570d08.png


@Dr Transport - you were close, it was just C\equiv C, not C=C.
 

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