Conformers vs Isomers

[@mathieufafard-rousseau6626]

Am I the only one that is also amaze by the fact that he is ''mirrored'' writing, great video thank you so much, and sorry for bad english.

[@mianfazlerazik3636]

Bra its quite easy. Mirror the video while editing.

[@kylievandyke9605]

Fantastic! Thank you! I hadn't realised it was 2-3 carbon bond rotation, I somehow thought that just the three carbon would 'break' it's bond to change it, but this makes a loooot more sense!

[@areebaqamar942]

Woahh! thank you. What books and my teachers couldnt explain to me in the semester, I understood in minutes..

[@malinkawoly429]

This is the best explanation on RUclips.

[@Bianca-ui3ep]

He could write backwards so effortlessly

[@nazlegul4874]

Thnk u so much it jst solve my problem

[@shouvikdam2342]

I'm from India and i'm really appreciating your teaching skills thanks again sir

[@thatboyss5576]

Any isomer has the same molecular formula, however, constitutional isomers have different bond connectivity. Stereoisomers on the other hand however have the same bond connectivity but differ in the spatial arrangement. But you said isomers have different connectivity ? Could you clarify, or am I confused?

[@chaski315]

Great lecture!! Thank you.

[@melinanavaroli7682]

Super helpful - wish I had you as my professor. Thank you GVSU!!

[@shouvikdam2342]

Thank you very much sir

[@jazminbrantley3325]

Would the name be isopropyl versus isobutane? Loved your video, very helpful

[@jennifergaray4629]

Not sure if you will see this but it is called isobutane because it has 4 carbons. Isopropyl would have 3 carbons and would be a substituent hence the -yl ending

[@gracesharp2708]

Thank you Professor Werner!

[@KingjerOme-oo9mc]

Good one 🎉😂

[@gbolagadeolajide8595]

excellent video! thanks!

[@hamdaahmedawgeedimohamud374]

Thanks alot you’re wonderful ❤

[@maithilimule6893]

👍👍👍

[@kironggg]

Thank u so much sir

[@ErenYeager-vy3tl]

Thnx