Are These Enantiomers, Diastereomers or Identical ? (Part 2)
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- Опубликовано: 10 сен 2024
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This video is a second part to the first video created in this two part series.
You can find it here: • Are These Enantiomers,...
By far the most helpful video ive watched after going through almost every video on this topic. thank you a million!
u should be the king of chemistry i elect you sir
Finally this is the place to learn the organic chemistry thanks sir
You explained this so well, and really simplified the concepts for me. Thank you!
gotcha denise
no one else can explain this stuff as well as you! Thanks so much!
I gotchu!
Great video with wonderful content. More people should know about this. Thank you so much!
You saved me from having an anxiety attack preparing for an exam tomorrow, excellent teaching methods; thank you!!!
Man that was really fantastic, I finally learned this
It frustrated me a lot
Thanx for ur help ❤
Thnx really enjoyed ur videos and they helped in clearing my problem of differentiating btw isomers
You are a very good teacher! I had all the questions answered right. Thanks a lot
This saved me so much time. Thank you so much!
No problem!
Thank you so much, Your videos help me a LOT!
Thank you explaining in the simplest form
Thank you for this!
sir you are are extremely intelligent
Great explanation, very helpful!!! Thank you.
isnt the second example identical ? both chiral centers are technically the same
Thank you so much sir
At 3:06, is the small cyclohexane (that you drew) and the big cyclohexane on the right are identical to each other?
That is a great question and in fact you are correct ! The only thing we are doing there is flipping the molecule as you can see the chiral centers all alternated. Good Observation.
Great video sir! It really helps me on my exam!
Good Luck!
Thank you !
Thank you for helping us out 📤📤sir.☺😀😃
thank u so much u made it a lot easier to understand
I gotchu!
Great video, very helpful!!!!!!!!
Didn't get the last one Plz
Hi, may i know what do you means the chiral center does not change?
It doesn't go from R to S or vice versa
Great work
Isn't a pair of molecules meso compound?. It has a plane of symmetry
I mean a question during 6.19 mins
Hello Varisara, yes only with the idea that those molecules consist of chiral centers. Meso compounds are defined as compounds containing chiral centers with a plane of symmetry which means if I cut the molecule in half, I should get two equal halves.
You cannot compare a pair of molecules and have the answer to be a meso compound.
amazing!!!
Legend👑
easy moneyyy. Thank you :D
Thank u so much
sir this is amazing
Thank you!!
No problem.
Great vid
Thank you so much for this!