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Re: Re: Re: Re: Re: Re: Ecstasy Overdose in Ajax
Chemistry's my bag, baby.
| quote: | Originally posted by sticky_shoes
Goshness...dude!!! Of course MA and MDMA will never be the same...but I didn't say they were...But, WTF? Not a very good analogy...actually the silliest "chemistry" thing I've heard! Obviously CO2 and CO are different...in terms of their chemical scaffold...(pls. refer to your chem text!!!)
Hmmm...Time for a chemistry lesson...
Methamphetamine...
MDMA...
If you notice by their chemical structure...They share the same chemical scaffold...however...the MDMA is modified (dioxygen ring by the benzene ring)...but still a TYPE (maybe the word form would have been more appropriate) of methamphetamine...
I didn't say they were the same...MA is the generic form and MDMA is the modified...
But...I do admire your tenacity...muahaha....don't mess with the chemist, dude |
Sorry hun, atoms are legos for grownups. They don't look the same no matter what you attatch to them.
What your arguement ignores entirely is electronegativity, which severely warps electron clouds. I don't want to get into submolecular quantum physics here, but electrons in wave form exist in shapes around their nuclei, but because they repel each other when you put multiple orbits near each other they bend away from each other. This creates some fascinating effects (see benzene, the C6H6 ring central to meth, mdma, and countless other organic compounds). The important part to realize here is that while these orbits are usually portrayed as peripherial in highschool chemistry, they are billions of times larger (and completely surrounding) their nucleus, and repel each other. In essence they form a shell which is all the area an atom occupies except a tiny spec somewhere near the middle.
Keeping it simple here, for a lot of reasons caused by proton/electron count and ratio, oxygen is considerably more electronegative than carbon. This causes the bonds around them (including the phenyl group's large and curious oscillating sigmas) to change shape and pull towards the O's. Meaning that anything anywhere near an oxygen molecule (the whole thing, but mostly left of the methyl group and leftwards) doesn't actually look the same in MDMA as it would if it were methamphetamine.
For the same reasons, your point about synthesizing MDMA being a form of synthesizing meth are complete bollocks. It is for all practical purposes impossible to turn methamphetamite directly into MDMA. You can't just glue on the OCO group wherever you want. Synthesing a chemical involves putting two ingredients in and letting them sort themselves out, and they play by their own rules. Putting CO2 and methamphetamine in a beaker results is CO2 and methamphetamine. Heating the mixture will likely decompose the meth into a few, useless compounds, and will definitely not cause the CO2 to react to it. The two chemicals require completely different reagents and conditions to create (not the least of which being pressure), and the precursors are not terribly similar.
Ok I feel better. Continue.
edit: I didn't read to the end of the thread, it appears my lecture wasn't really neccecary. But... yeah, while cooking this stuff in your basement would require some serious dodgyness, the explosion risk is low with most methods (the poison gas risk is another story) and the high polarity and shape differences between meth and MDMA change their reactivity (and thus everything about them) quite a bit.
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some psyhead
Last edited by LiamK on Jul-28-2006 at 02:59
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