Determining All Possible Stereoisomers

This is an abbreviated version of this question for YouTube Shorts. Check out the full version in the linked video.

[Goatastrophee]

Dave explains this stuff in such simple terms that it's really easy to understand it.

[maximehaldane]

If the rule for the number of stereoisomers is 2^n where n is the number of stereocenters (or really just anything that comes in discrete units), the only possible answer there was c) 8, as it was the only option that is a power of 2

[adamloepker]

I'm in computer science and had to watch this because you are such a good teacher

[christophermartin]

I love your work, although I’m out of school, you keep me sharp for my little ones. Thanks, Professor Dave!

[douggale]

Somehow the universe figured out how to study itself with glucose, ATP, oxygen, and carbon.

[Heirpusher]

Dave’s audio on point podcasting with a blue bottle 😂

[anther]

Thank you very much I'm beyond lost in chemistry and you told everything very well, god bless you, amazing dude🙏🙏🙏

[bgmannn]

We making it out of General chem 1 with these shorts

[supersomething]

This is if the chiral centers are odd, unsymmetrical molecules i believe

[ransoffer]

If u know the equation u dont need to chack 😅 it have to be D

[mahdeenhasanantor]

I didn't even look at the diagram 😂
Because there is only one possible ans of 2^n in the option

[JesleneIniya]

there are only 2 chiral carbons in this

[mr.cancer]

Love your content but why are you in a cheese cave?