Ortho Effect L-1 | Organic Chemistry | JEE Mains 2020 | IIT JEE Chemistry | Harsh Sir | Vedantu JEE

[@JEEVedantu]

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[@vamsim7825]

Sir u teach very well... Please continue this organic series...

[@humorous6817]

Seems very interesting when you teach , which finally leads it to get memorized. Thank you sir . Your excitation leads us to be more energetic.

[@doomsdayslens]

Short video with good concepts help a lot 👍👍👍👍

[@dhanusht381]

sir u taught very easily i love your teaching sir

[@rachanas3948]

Short video like this is really helpful

[@indranilsaha7753]

True

[@tanyajain1844]

My doubts are clear, thanks!

[@kartikeypatel2004]

Sir bahut achhe se

[@aniketkant4068]

Bht hi ache way me smgh aa gya sir Thnk uh😍😍

[@sumangautam1701]

Year caption u hav cleared abuse confusion. 👌👌❤️❤️❤️❤️

[@srividhyaa1804]

You are so cool 💛

[@suvidha7775]

Crystal clear sir🙏😃

[@babyghosh595]

Superb sir....🥰🥰🙏🙏

[@sunianamittal4889]

Excellent explanation sir

[@ritunjayapriyadarshini4740]

Sir,you r great..awesome,mindblowing...love you Sir

[@harshmaheshwari8220]

😊

[@indranilsaha7753]

Thank u sir...u cleared my doubt.

[@ayandey9981]

sir your this kind small videos is very lovely and very helpful thanks sir and sir plz continue it

[@mmuneendra1944]

Thank you Mr.Chamaktha hua sithara🌠😜 .just joking😁🤟.sir,we just love the way you teach us.wanted more such video's.pls make a separate video on Tautomerism.

[@RavindraKumar-st1ij]

Beautifully explained😇

[@mukundadevkota7730]

Wow Clearly understood

[@Amantheparadise]

Omg ,nice teacher

[@surilayadav4196]

Very nicely teached.

[@pranjalisingh2880]

Awesome explanation

[@AbhishekVerma-gg4hf]

Sir april ki series continue kariye

[@moziborrahaman8382]

Tnk u so much sir ❤❤❤

[@kit8982]

Hydrogen bonding se acidic strength kam hoti hai🤔🤔🤔

[@nabeelkhan4910]

Pls answer this .... This question has been troubling me for long At 7:08 alpha hydroxyl benzoic acid In the reactant side why isnt that due to hydrogen bonding the hydrogen of cooh group gets linked with the oh group at ortho position thereby reducing the tendency of its withdrawal

[@vijimandya]

See there is no free electron for bond formation

[@brownmunde6]

#Nabeel Khan you are absolutely right ✅ but bro dhyan se dekho bhai jab cooh ka hydrogen oh ke oxygen se bonded hoga to wahan par dekhna tum jo cooh ka hydrogen hai and jo oh ka oxygen hai wahan un dono ke bich dipole dipole interaction hai so the hydrogen bonding in reactant side weak but if you see when cooh group loose h+ then the coo- group is h bonding with the hydrogen of oh group and that side there is ion dipole interaction and ion dipole interactions are more stronger than dipole dipole interactions that why this h bond has more strength than reactant side wali h bonding. That's why it favours the formation of conjugate anion after loosing h+ beacuse these interactions are more stronger Than the reactant wali interactions. Bhai banake bhi check kar lo.

[@statusofforex9097]

These translation comes i am unable to see

[@erfanshafeie6696]

English or hindi????

[@mmuneendra1944]

Sir,session pdf is missing please check.thank u(team vedantu).

[@shivangigupta1252]

Yes missing

[@User-bb9po]

How to join paid course?

[@faizrehman8619]

thats not hydrogen bonding its ion dipole interaction

[@devanshsingh4129]

👍👍👍

[@rayofknowledge3045]

You are better explaining than arvind sir because he always do joke all the time this make him bad impression

[@medha8783]

The pka order for the last part would be opposite right?

[@someshsisodia3830]

Yup

[@samarjeetsinghkheda9460]

Sir, please teach SIP also......

[@harshmaheshwari8220]

Soon 😏

[@samarjeetsinghkheda9460]

@@harshmaheshwari8220 Thank you very much sir for replying 😊😊😊

[@chandrikavijayakumar3187]

Please make the session more problematic

[@spacex936]

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