Correction: At 1:24:15 the faces are enantiotopic in first example since one asymmetric center is generated,here, after nucleophilic addition reaction on the carbonyl face.
Identical k liye bs superimposable hona jaruri hai. Mirror image h ya nhi farak nhi pdta. Step 1: Check if superimposable or not -If yes= identical -if no (move to step-2) Step-II: Check if mirror images or not -if yes= enantiomers -if no= diastereomers Please correct me if I'm wrong???
Sir 27:24 p.. 3 membered ring m nd 4 member ring m third carbon tk environment same h to 4 member wali ring m atomic weight jyda h to priority 4 member ring ko q nii mili??? Agr dono ring m oxygen side se dekhna start krte h to...
Because if you seen,if you compare between 3 and 4 membered rings, carbon 1 is attached directly to oxygen in both so skip it but if you see carbon 2 ........in 3 membered ring it is attached directly to oxygen but in 4 membered ring it is attached to another carbon.so we give priority to small ring according to nature if carbon 2
Correction regarding topcity of faces of bicyclo[2.1.1]hexan-2-one. This compound has enantiopic faces, because after attack on either side we are getting Ena timers NOT homotopic.
In 1st example of topicity in faces... we rotate the molecule so why did we not rotate the molecule of 2nd example after substitution when we are checking topicity
thank you sir mai toh stero leave karne wali thi but apne sirf 1:30 ghante me complete revise kara diya thank you sir keep making these videos your efforts are really helpful 🤩🤩🥰
Small d and Small l not related with configuration. The only indicate either light is rotated dextro or leavo . Capital D and capital L are related with configuration in fisher form for carbohydrates.
Because if you seen,if you compare between 3 and 4 membered rings, carbon 1 is attached directly to oxygen in both so skip it but if you see carbon 2 ........in 3 membered ring it is attached directly to oxygen but in 4 membered ring it is attached to another carbon.so we give priority to small ring according to nature if carbon 2
Correction regarding topcity of faces of bicyclo[2.1.1]hexan-2-one. This compound has enantiopic faces, because after attack on either side we are getting Enantiomers. So they are NOT homotopic.
Correction: At 1:24:15 the faces are enantiotopic in first example since one asymmetric center is generated,here, after nucleophilic addition reaction on the carbonyl face.
Almost every example about topicity of faces is wrong
Mam plzz aptitude pr bhi ek marathon video bnado
Identical k liye bs superimposable hona jaruri hai. Mirror image h ya nhi farak nhi pdta.
Step 1: Check if superimposable or not
-If yes= identical
-if no (move to step-2)
Step-II: Check if mirror images or not
-if yes= enantiomers
-if no= diastereomers
Please correct me if I'm wrong???
01:23:09
1=Diastereotopic
2=Diastereotopic
3=Homotopic
4=Diastereotopic
Please verify these 4 examples and trim out this section from the video.
Cis-trans
Syn-anti are diastereomer to each other
Exo-endo
Is this crash course is good for gate preparation?
Sir 27:24 p.. 3 membered ring m nd 4 member ring m third carbon tk environment same h to 4 member wali ring m atomic weight jyda h to priority 4 member ring ko q nii mili??? Agr dono ring m oxygen side se dekhna start krte h to...
Because if you seen,if you compare between 3 and 4 membered rings, carbon 1 is attached directly to oxygen in both so skip it but if you see carbon 2 ........in 3 membered ring it is attached directly to oxygen but in 4 membered ring it is attached to another carbon.so we give priority to small ring according to nature if carbon 2
your efforts are visible sir ...keep doing and thankyou for your effort
Most awaited video 😊
Thank you Sir and Jyoti ma'am. 💜👌🌻 Really helpful video.🙏
Bina dekhe hi mne like kr diyaa
Thanks a lot mam and sir for this excellent revision...learnt a lot...🙏
Your crash course really rocking 🔥
Thank you so much team j chemistry for this very helpful initiative.
1st example of identifying face- It should be enantiotopic...right?
Yes! You are right .it should be enantiotopic. It's correction. Thanks for notifying
Correction regarding topcity of faces of bicyclo[2.1.1]hexan-2-one. This compound has enantiopic faces, because after attack on either side we are getting Ena timers NOT homotopic.
In 1st example of topicity in faces... we rotate the molecule so why did we not rotate the molecule of 2nd example after substitution when we are checking topicity
Sir jo aapne amide wala example bataya hai topicity mai jisme hydrogen ko NH2 se replace Kiya vo mirror image kaise ban rahi hai
Very good explained
thank you sir mai toh stero leave karne wali thi but apne sirf 1:30 ghante me complete revise kara diya thank you sir keep making these videos your efforts are really helpful 🤩🤩🥰
Thankfull video 🙏
Keep going ..👍
Very nicely explained 👍🏻
Sir aap khud solve kar rhe ho yaa ham sab ko sikha rhe ho
Just a request that Please upload vedios timely .
Daily morning k time pe rutine bna lijie didi
Do something about aptitude too...
At 1:26:14 in ex. 3 both oh are opposite the plane one is above and another is below the plane so how homotopic face possible
Apply C2 through the carbonyl group
Nyc video sir
Thanku 👍
Mam Class Slide milega kyaa.....plss
Sir , d and l is also configuration it does not related with optical activity .🤔i think u say wrong about d and l notion.
Small d and Small l not related with configuration. The only indicate either light is rotated dextro or leavo
.
Capital D and capital L are related with configuration in fisher form for carbohydrates.
@@sachinzambre5050 right
27:24 Confusion .
Because if you seen,if you compare between 3 and 4 membered rings, carbon 1 is attached directly to oxygen in both so skip it but if you see carbon 2 ........in 3 membered ring it is attached directly to oxygen but in 4 membered ring it is attached to another carbon.so we give priority to small ring according to nature if carbon 2
Sir at 54:39 is it mirror images.it is superimpossable but how mirror images
Its okay. He got confused and did some examples wrong.
Correction regarding topcity of faces of bicyclo[2.1.1]hexan-2-one. This compound has enantiopic faces, because after attack on either side we are getting Enantiomers. So they are NOT homotopic.
Ty sir
Maam jam ke liye bhi
Aapla CH3
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Is this crash course is good for gate preparation?