not necessarily. If you have 2 chiral centers in a molecule, and one configurations is R,R and the other is R,S then these are not enantiomers, they are diastereomers. R,R and S,S are enantiomers, as well as S,R and R,S. They must be perfect opposites to be enantiomers.
Idk if im correct or not but is it + when it is going Clockwise at 11:08 is it going towards the A side? because it is R and it is going clockwise ?
So in essence, chiral molecule= enantiomer. Achiral= diastereomer ?
not necessarily. If you have 2 chiral centers in a molecule, and one configurations is R,R and the other is R,S then these are not enantiomers, they are diastereomers. R,R and S,S are enantiomers, as well as S,R and R,S. They must be perfect opposites to be enantiomers.
all your vids are fire, this was one was kinda mid. Wish you went a lil more in depth. You are still the goat :)
1) I hate this chapter
2) noted 😅
@@yusufahasan Np, I appreciate taking your time and teaching this. Is there anyway your gonna finish the rest of physics anytime soon?
I do not blame you for going quickly with this chapter, I hated this to the core of my being T-T