Hydrocarbons have different structures but the same atoms

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Discussion Overview

The discussion revolves around identifying which hydrocarbon among a list has a different structure despite having the same atoms as the others. The focus is on structural differences and degrees of unsaturation in hydrocarbons, specifically in the context of a homework problem.

Discussion Character

  • Homework-related, Technical explanation

Main Points Raised

  • One participant suggests that cyclobutane (a) might be the exception based on initial observations.
  • Another participant encourages drawing out the structures or chemical formulae to clarify the differences.
  • A different participant proposes that cyclobutene (d) is the exception, noting its formula C4H6.
  • One participant agrees with the identification of cyclobutene (d) and points out that it has two degrees of unsaturation due to both a cycle and a double bond.

Areas of Agreement / Disagreement

There is no consensus on which hydrocarbon is the exception, as different participants propose different answers based on their interpretations.

Contextual Notes

Participants have not fully resolved the differences in structural representations or the implications of degrees of unsaturation, leaving some assumptions unexamined.

chawki
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Homework Statement


The following hydrocarbons have different structures but the same atoms except for one. Which of them is this exception and what is the difference?
a)cyclobutane
b)1-butene
c)2-butene
d)cyclobutene
e)methylcyclopropane

Homework Equations


Which of them is this exception and what is the difference?

The Attempt at a Solution


At a first glance, i would say (a)
 
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Why don't you take a second glance and draw out the structure/chemical-formulae to find out.
 
Last edited:


ok, i think it's (d) with the formula C4H6
 


Looks good, 'd' has 2 degrees of unsaturation---the cycle and the double bond.
 

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