How to convert Fischer Projection into Sawhorse and Newman Projection

How to convert Fischer Projection into Sawhorse and Newman Projection: This video explains about How to convert Fischer Projection into Sawhorse and Newman Projection Formula. Meso-Tartaric acid was taken as an example to explain the conversion of Fischer Projection Formula into Sawhorse and Newman Projection Formula.

[@edgeoverscience107]

Sir this was the explanation i searched whole youtube for ❤ Thank you very much !

[@riyanshsharma9541]

Bhai fischer to saw horse me back vale ko rotate krte haina? Agr aage vala kro ya piche vala dono shi mana jaega kya

[@labileeducation927]

You are welcome.

[@strange5419]

Thank you sir I was confused on it since very long finally u cleared my doubt !

[@labileeducation927]

You are most welcome dear

[@Tuypang001]

Crystal clear hogaya sir thankyou

[@आईचंkitchen]

Sir it is so easy when u explained

[@labileeducation927]

Thanks and welcome

[@PeacefulQuran-gq7wf]

Thank you 🎉

[@vidhisolanki3701]

Sir Thankyou so much itne aache se batane ke liye🥰🥰

[@labileeducation927]

You are welcome

[@oswa_hh]

Fantastic explanation, buddy!.... ;)

[@labileeducation927]

Thank You.

[@DansihUnicorn]

This helped a lot! Thx man.

[@labileeducation927]

You are welcome.

[@pokiri1396]

But sir, isn't Gauche form is more stable here due to intra molecular H bond ?

[@AJAYGUPTA-bd1lb]

Make more videos plz sir for revision i became ur supporter & subscriber

[@labileeducation927]

Thank you dear Ajay ji for your support. I will definitely make more videos.

[@Naturalbrightness]

Thank you teacher ji 🎉

[@Faisal16-Z]

Sir ye neet ke syllabus me hai kya??

[@enigmatic731]

Helpful!
Thanks!!

[@labileeducation927]

Welcome

[@shivanshgupta3856]

The most stable form should be guches due to H bonding

[@labileeducation927]

If, in place of -COOH groups, there were any alkyl groups or any other groups which can not form H-bond, definitely the gauche form would have been the most stable form. Here -COOH groups are bulky groups so should be placed far apart from each other, so staggered form is most stable. Here, staggered form is further stabilized by H-bonding between -COOH groups and -OH groups.

[@Techtri-kh4je]

Sir out of the plne jayega na jab aap 180 degree rotate karoge to structure formula change Ho jaega to fir yah to possible nahin hai na 90 degree in the plane rotate Karate hai

[@labileeducation927]

No, We talk about change in structure after rotation in Fischer formula only, not in Sawhorse and Newman.

[@Techtri-kh4je]

Ok sir thank you

[@Wasteman365]

Very helpful video, thanks

[@labileeducation927]

You're welcome!

[@Gowri20.]

Thank you so much sir 😊

[@labileeducation927]

Most welcome

[@VBSingh-dk1ij]

Very helpful sir

[@labileeducation927]

Thank you

[@sunitagoudar6634]

Thank you sir

[@labileeducation927]

You are welcome.

[@hinono1399]

Sir cooh ko gauche mai hona chaiye na due to Hydrogen bonding

[@labileeducation927]

No, Staggered form bhi H-bonding se stabilized hai i.e., between -COOH groups and -OH groups.

[@dropyourcroissant830]

could u do english subtitles at some point? it would be greatly appreciated

[@labileeducation927]

I will try.

[@medico_ansary]

Thank you sir ❤️

[@labileeducation927]

You are welcome dear

[@cinderella1466]

Thankyou sir🌼

[@labileeducation927]

You are welcome

[@chandrakantsahu7095]

thankyou so much sir

[@pujeetjha8265]

thank you :D

[@labileeducation927]

You're welcome!

[@niveditahalakurki585]

Tq

[@labileeducation927]

Welcome

[@mylovekaku]

Aare acha se banao ..diagram ko...kese pata chalega...kaha mein...dala hai 🤢

[@soundariyasenthil8365]

Sir you made a mistake in Thumbnail in Newman projection

[@labileeducation927]

Thank you dear for the comment, but there is no mistake.

[@srinis2953]

Yes there is mistake

[@hardiksingh4865]

Nhi hai mistake bhai

[@bbhgaming5743]

That's staggered form in thumbnail so don't get confused

[@ASHISHKUMAR-gy3bg]

Faltu video h

[@Krishnabharadwaj_93]

Thankyou sir ❣️❣️

[@labileeducation927]

You are welcome.