I know it still wouldn't matter all that much, but if this is true... changing your bong water after every hit would conserve the most THC, correct?
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Posted 17 August 2009 - 07:15 PM
Posted 17 August 2009 - 07:22 PM
Posted 17 August 2009 - 07:23 PM
Posted 17 August 2009 - 07:24 PM
thats an interesting question . My guess is they most likely would stick to each other in the bong water, a lot like how they stick together when u make hash. So I guess changing the water after every hit would be the most efficient way. But were really talking bout tiny amounts of thc, its not really gonna make a difference since the amount of thc water takes out is already really small. And to me the fact that the water takes out some thc means its also taking out a lot of other shit that prolly not good for u. O btw do u smoke poppers? like with tobacco ? i was just wondering cuz of your name, we love that shit up in ontario
Posted 17 August 2009 - 07:26 PM
Posted 17 August 2009 - 07:40 PM
lol no, I like popsicles.
I know it doesn't really matter at all, but I'm just a curious person.
Posted 17 August 2009 - 08:01 PM
It would be a negligable difference.
And no, they're nonpolar.
Posted 17 August 2009 - 09:33 PM
No. water is polar.
Delta-9-thc is polar, but not highly. it is a completely asymmetrical molecule. Simple linear molecules such as carbon dioxide are nonpolar, as there is no uneven distribution of electonegativity at either end of the molecule. This is why thc is fat soluble and not water soluble: lipids are very polar molecules, and compounds will only dissolve in solvents of the same polarity. If thc was nonpolar, it would dissolve in water because water is nonpolar... and we would make thc extracts with water instead of butter.
Posted 17 August 2009 - 10:01 PM
Posted 28 January 2010 - 05:53 AM
Posted 28 January 2010 - 06:01 AM
This thread is very interesting.
Anyone want some Popsicles?
Posted 28 January 2010 - 06:22 AM
The THC molecule is nonpolar EXCEPT for the lone OH group which is polar. This is why THC has a very low solubility in water. 2.8 g/L or something like that.
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