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Chemistry Question

Lets say you have methane (CH4) and a catenation occurs. Does another carbon join or another molecule of methane? Another molecule of methane doesn't make sense, but I'm not sure about a carbon joining because they didn't give any examples of it in the text book or specify it clearly...
 
Originally posted by: minendo
Catenation?

Closest I can come to that is creating a CH3+ cation.

Here is what the problem says"

Draw a structural formula that demonstrates the catenation of the methane molecule, CH4
 
Originally posted by: AgaBooga
Originally posted by: minendo
Catenation?

Closest I can come to that is creating a CH3+ cation.

Here is what the problem says"

Draw a structural formula that demonstrates the catenation of the methane molecule, CH4
Loss of a proton to form CH3+.

 
Considering the fact that a loss of a proton makes it CH3- not CH3+ so that is probably not correct. How do you lose a positive (H+) component and end up with a positive molecule?

Anyhow catenation is the formation of a polymer, not the creation of a cation - that would be ionization.

So catenation could be represented as CH3- plus CH3- to form C2H6 (ethane) or so and so forth to form some sort of aliphatic compound.
 
2 alcohol molecules join via an H bond, which forms a carbohydrate. Unless of course, you drink joined molecule. In that case, it is not a carbuhydrate at all, it is just empty calories.

 
Originally posted by: Evadman
2 alcohol molecules join via an H bond, which forms a carbohydrate. Unless of course, you drink joined molecule. In that case, it is not a carbuhydrate at all, it is just empty calories.
And we know that carbohydrates are slowly killing us all.😉
 
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