Are These Enantiomers, Diastereomers or Identical ? (Part 2)

DO NOT FORGET TO SUBSCRIBE!
This video is a second part to the first video created in this two part series.
You can find it here: • Are These Enantiomers,...

[@roxannamadrigal2517]

By far the most helpful video ive watched after going through almost every video on this topic. thank you a million!

[@afal5547]

u should be the king of chemistry i elect you sir

[@tiibrahim5714]

Finally this is the place to learn the organic chemistry thanks sir

[@denisehernandez2507]

You explained this so well, and really simplified the concepts for me. Thank you!

[@KevanScience]

gotcha denise

[@sadie86]

no one else can explain this stuff as well as you! Thanks so much!

[@KevanScience]

I gotchu!

[@hypnosstratagem1277]

Great video with wonderful content. More people should know about this. Thank you so much!

[@alexfrostbound4401]

You saved me from having an anxiety attack preparing for an exam tomorrow, excellent teaching methods; thank you!!!

[@yashshende296]

Man that was really fantastic, I finally learned this
It frustrated me a lot
Thanx for ur help ❤

[@pandasworld8653]

Thnx really enjoyed ur videos and they helped in clearing my problem of differentiating btw isomers

[@tuktak835]

You are a very good teacher! I had all the questions answered right. Thanks a lot

[@sabastoora5561]

This saved me so much time. Thank you so much!

[@KevanScience]

No problem!

[@newyorker5010]

Thank you so much, Your videos help me a LOT!

[@santipriyadoley7164]

Thank you explaining in the simplest form

[@preciousoriakhi8945]

Thank you for this!

[@kuzivakwashemapanda939]

sir you are are extremely intelligent

[@dfrntname]

Great explanation, very helpful!!! Thank you.

[@omarhanikhaleel6182]

isnt the second example identical ? both chiral centers are technically the same

[@Nada96mamoon]

Thank you so much sir

[@sumiyahossan2307]

At 3:06, is the small cyclohexane (that you drew) and the big cyclohexane on the right are identical to each other?

[@KevanScience]

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.

[@janfayeebojo9718]

Great video sir! It really helps me on my exam!

[@KevanScience]

Good Luck!

[@Janayoonie98]

Thank you !

[@AjaySingh-vb5jn]

Thank you for helping us out 📤📤sir.☺😀😃

[@yllkavaldez7723]

thank u so much u made it a lot easier to understand

[@KevanScience]

I gotchu!

[@esamahsan5563]

Great video, very helpful!!!!!!!!

[@boukkh2704]

Didn't get the last one Plz

[@limlily6857]

Hi, may i know what do you means the chiral center does not change?

[@KevanScience]

It doesn't go from R to S or vice versa

[@aadityasuman8402]

Great work

[@varisaravaranurangsee3438]

Isn't a pair of molecules meso compound?. It has a plane of symmetry

[@varisaravaranurangsee3438]

I mean a question during 6.19 mins

[@KevanScience]

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.

[@tommousso1990]

You cannot compare a pair of molecules and have the answer to be a meso compound.

[@kaushikumarihami1982]

amazing!!!

[@zymirrobinson5916]

Legend👑

[@matthew_cramer]

easy moneyyy. Thank you :D

[@padmajad3190]

Thank u so much

[@nazlidarian1705]

sir this is amazing

[@sofiaregalado7063]

Thank you!!

[@KevanScience]

No problem.

[@norikk]

Great vid

[@tonjohnbaytamo3606]

Thank you so much for this!