Enantiomers and Diastereomers

[@hitinshakeparlour3959]

Sir your teaching skill is next level🔥🔥🔥

[@gourabdas4921]

I have seen so so so so many videos...
But this is perfect means just Cristal clear concept from 2d and 3d also...
Now it's so easy to check superimposability

[@egpat]

Glad it was helpful. Thanks for watching.

[@talluriijeck8411]

Magical teaching sir

[@gopalsenapati2032]

Sir your skill is god gifted. Please keep it up and make us ease to understand all concepts.

[@jashu4061]

Great, teaching, keep it up sir., say all concepts, rock it, really enjoyed

[@egpat]

Thank you, I will upload more videos covering many concepts. Thanks for your interest.

[@washimhossain7558]

Best explanation out of all.❤️❤️❤️👍👍

[@egpat]

Glad you liked it. Thanks for watching

[@uzmapathan6853]

👌 Excellent..🤝sir.

[@user-arunadevi385]

Good explanation for understanding

[@Nomadicsumit]

Keep it up👍

[@egpat]

Thanks. Keep watching.

[@gavireddipentayya234]

Excellent explanation

[@samaira1456]

Wowww

[@kalpanapatil6403]

Well explained..

[@pain_is_ultimate]

👌🏻mast

[@harshaharsha5484]

Super sir ,Please do ionic and chemical equilibrium

[@amrutha3177]

Thank you

[@egpat]

Welcome!

[@anabanana7617]

13:22 Why would the diastereomers have different melting point? Considering that they would have the same atoms that a enantiomers. Perhaps the intermolecular forces, but shouldn't they be equivalent? Thanks for the video

[@egpat]

Diastereomers, even they have same atoms, still they are arranged in different way such that they show different physical properties. For example, trans isomer is more symmetrical than cis isomer, so it better fits into crystal lattice so it will have more melting point. Here cis and trans isomers are diastereomers.

[@hajirabanoo4812]

Thank you sir

[@jashu4061]

👌👌👌👌👌👌✌✌✌

[@maneeshalasindu7128]

Are diastereomers nonsuperimposable??

[@egpat]

Diastereomers are not mirror images therefore non-superimposable.