Explaining the lack of rotation of the C=C double bond

[@HSMfanatic17]

This is the third atomic bonding video I've watched, each explaining different things in a very helpful way. Thank you!

[@MaChemGuy]

Happy to hear that!

[@kibichiikogo4407]

thanks for such an easy explanation.This is what I was trying to understand.Now I got it!

[@okthen9145]

So clear and clean. Thank you for actually putting forward the effort to show us - unlike my current professor.

[@sneezed7]

Great Video, helped a lot

[@fubrian2945]

Great video. It would be better if you explain in theory on why the pi bond cannot rotate.

[@vanstube9325]

Wow better than many professors!! Thank you

[@cappybaraeats]

omg thank you so much ive been searching everywhere for 24 minutes trying to find the answer and here it is!

[@Kalkidan-q8c]

I watched many videos and use chat gpt but i cant understant but you explain in the easy explanation thankyou

[@willsmith6838]

This man has got an impressive selection of molymods!

[@abhirajmukhekar4900]

Great video and nice basic concepts

[@rimsharana2782]

Great Video! Can you please make videos on concepts in Analytical and Physical Chemistry?

[@MaChemGuy]

R R I probably already have. Check out this link to my index bit.ly/2hqSBeD Thanks for the comment by the way

[@AyaNabilKhasibAliAlAjmi]

thanks for this great explanation.

[@RubyElliott-xh7lw]

This finally makes sense to me, thank you!

[@MaChemGuy]

🤩

[@asmaaferras629]

Great video , thank u so much

[@maitrikovuru6583]

does the p orbital have space around it for the electron pair because it is the anti bonding molecular orbital or is it not the anti bonding?

[@retiredmeme2751]

great explanation

[@rebecaselemani6752]

Thanks ,now i have understood.

[@MaChemGuy]

Excellent. Really glad to hear it

[@aseelbx14.93]

THAT WAS HELPFUL THANK YOU✨

[@maisharehman3675]

Thank you so much sir...grateful to you😊

[@abdulmajeedalenazi1230]

crystal clear thanks alot

[@vedantdharamsey5698]

Thank u sir .......nice explanation 😄😄

[@eandewithateeqansari4985]

Nice Video Sir...
I got my point by watching your video..

[@ImproveDaily_Official]

Thank you very much this was so useful.

[@MaChemGuy]

Yay!

[@rashasiddiqui6001]

thank you so much helped a lot

[@Ang_1312]

can only alkenes form stereoisomers (not alkanes)?

[@MaChemGuy]

Alkanes can’t because the C-C sigma bond can rotate

[@adarshbalachandar8680]

is there a reason why there is free rotation in C-C?

[@MaChemGuy]

Overlap is along the axis of the orbitals

[@jellyfam1197]

There is deeper theory to this.
the pi bond when rotated cannot get past 90 degrees because it becomes orthogonal, thus it can’t rotate.

[@zaheerhussain3623]

It was really good

[@MaChemGuy]

Thanks - glad you approve :)

[@mmshohidulislamlitu5338]

why triple bond can rotate freely(as i know they don't have cis-trans isomers)? they have two pi bonds!!!

[@leo_warren]

It can't and it wouldn't make any difference as only one bond can be formed each side of the triple bond meaning to get stereoisomer you would have to have a carbon after the triple bond with a double bond.

[@jellyfam1197]

@@leo_warren they can

[@chanchalk7323]

thank u

[@adityarajprakhar1135]

vry well explained

[@pratyekthumula8357]

but y does both the carbon atoms rotate in the opposite direction ?????? plss anyone reply, i wanna know the reason
\

[@MaChemGuy]

Probably an extension of the fact that electrons in the same orbital must have opposite spins. Check out the Pauli Exclusion Principle if you want to explore further.

[@farrah805]

👍👍

[@mohonlaldas2898]

Thank you Sir 🙏

[@MaChemGuy]

Most welcome

[@srujanstudent2557]

I am student to from now

[@anshikaanand2743]

I never viewed a video like this🙏

[@MaChemGuy]

Glad you approve!