Chair Conformations of Glucose

[@vinhchau863]

You have no idea how much this has helped me. Thank you very much. Will refer a lot of my classmates here.

[@loveforkitten2721]

thanks Dude it is definitely going to help me tomorrow during exam.

[@giupinkfairy]

Thank you SO much. You're so clear it was pretty easy to understand. Thank you, again

[@Rebeccacrudele]

You saved my life and mi Biochem exam! THAAANK YOUUUUU

[@jyotsanasrivastava8108]

Good work

[@rishuranjan8713]

Extraordinary explanation 🙏🙏🙏 Thanks

[@giuseppesimonetimpanaro8521]

thanks mate i appreciate every video you do

[@saliasuale3523]

I loved this tutorial, life saver... thank you

[@beluga8956]

I just have one thing to say U r an avenger now

[@kevinr9525]

This was a great help, thanks!

[@prernatandon9225]

Thanks for this awesome lecture!

[@唐子茜-f4l]

You just saved me!!! Thanks a lot

[@afshanperveen2572]

Thank you so much 🥰

[@lolala3221]

u are awesome :) thnx for ur great tutorials

[@geronimojones2]

I don’t know if this is important but why does everyone write the left chair version first? When studying steroids, everyone seems to draw the right side version first.

[@rhodaboter5040]

Draw chair conformation for the a form of a diseccharide in which two units of D-glucopyranose are joined by a 3-1.3-glycosidic bond.

[@DrUsig]

What happened to the H of C5 in the first and second molecule-drawing?

[@dedshot914]

Goated video

[@chemistproffatima]

Thanks too much for this and it helped me a lot, i am 13 yrs old and i am learning organic chemistry so this helps meeee

[@therealamazingana]

This is probably a really stupid question, but what IS the equatorial position? I've tried Googling it, but I'm just not comprehending it...

[@Nanook128]

This is probably to late to help, but basically if you imagine a hockey puck things in the equatorial position are sticking out of the side of that puck while things in the axial position are sticking out of the top and bottom.

[@bidishasengupta7676]

Equatorial bonds are parallel to / along with the cyclohexane main skeleton and axial bonds are perpendicular.

[@zarinmaisha7195]

which is the 1c4 and which is the 4c1 form? i am confused please help.

[@ruqayasuadad3105]

Thanks

[@MarIam-rw1ut]

Great, thank you

[@tamminenidushyanthkumar7391]

Thank you so much Sir...

[@bidyutkakati360]

let me know that, CH2OH group is in an axial position in this confirmation?yes or no?

[@priyanshuangrishi033]

Btao mai isko 9 saal baad dekh reha hu I have seen this video now but you made it since 9 years ago when i was just 11 year old children

[@nassimmeziane2946]

thank you so much

[@linkconcool4705]

Thanks sir.....very helpful.. But 11 hydrogen here...1 I can't find this...tell me please 1 hydrogen where??

[@scuolascuola2525]

Thank you sir

[@Xprince40arab]

thnks . . so much help

[@janeyaa]

you are my God

[@sarok4022]

Thnx

[@Make_it_easy_with_ahmed100]

Thaaaaaaaaaank youuuu❤❤

[@panban911]

You forget to write the hydrogen at c5

[@ramandas3989]

u forget hydrogen atom at carbon-5 sir

[@martinjohnson3396]

What an accent!!!!!

[@MrBeachwaves]

I found this to be a pretty poor explanation. Usually your videos are pretty good.

[@nikkisisodia5875]

idk why but this video is really confusing

[@ummk3850]

I have 0 fucking clue wtf u're talking about

[@AKLECTURES]

better hit the books.

[@yahiamohamed1211]

Thank you so much

[@susmitamondal4795]

Thanks