entheogenic-gnosis said:Put it to the test, in my drawing:
·the fisrt molecule depicts clockwise 2,5-dimethoxy-4-x-amphetamine, and the double bonds in the benzene ring reflect this.
· the second molecule depicts counter-clockwise 2,5-dimethoxy-4-x-phenethylamine and just as it appears that the methoxy orientations have switched, so to do the orientations of the double bonds, as you rotated the molecule on its axis.
·The third molecule depicts 3,6-dimethoxy-4-x-amphetamine, which can be distinguished from a clockwise 2,5-dimethoxy-4-x-amphetamine by the orientation of its double bonds
Take counter-clockwise numbered 2,5-dimethoxy-4-x-phenethylamine in 3-D, spin it on its axis until it appears that the methoxy substitutions have switched to clockwise orientation, keep your eye on the double bonds in the benzene ring as you rotate the molecule, the orientation of the double bonds in the benzene ring "switches" with the methoxy groupings.
-eg
This is literal insanity. You haven't taken in a word that I or DFZ have said, and you keep repeating the same old and wrong ideas over and over again and posting the same pictures without taking account of any new information.
But I will summarize it for you again, because I must be just as insane.
-double bonds do not have an orientation
-the molecule is symmetric, if 2,5 have the same substituents then shifting them over to 3,6 just gives the same molecule but flipped.