Bent's Rule | Chemical Bonding | Inorganic Chemistry

[@biswajitdutta5917]

Considering :MA4
In first case for each confirmation(lp in axial, lp in equatorial) there are 4 lp-bp repulsion.
*For first one (lp in axial)
lp-bp = 3(90°), 1 (180°)
*For 2nd one (lp in equatorial)
lp-bp= 2(90°), 2(120°).

[@noeljesus8641]

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[@elliottellis6849]

@Noel Jesus Instablaster =)

[@noeljesus8641]

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[@elliottellis6849]

@Noel Jesus you are welcome :D

[@Mayurrr.x]

Ya Bideo Dekhni Ky Baad Bahut Accha Lagya Apka Padhana Bahut Accha Karti Raho Tyankyou 🧡☺

[@MyVispi]

Very well explained. Please make more such videos. Can you please recommend a textbook that explains these theories in good details ?

[@gilligilli6161]

Thanks BHAIYA 🙋‍♂️😄😁👌

[@muslimahchannel981]

Well explained

[@chintadasatyavathi4960]

good afternoon sir thankyou so much for such a nice class

[@emmanuelramirezbarron9906]

Wooooowwwww, excelente vídeo, muchísisisisisisisisisisimas gracias 💖

[@AllBoutChemistry]

Muchas gracias😊 💙

[@gunajitmudiar308]

So nice and helpful video.
This would be more better if the terms "equivalent" and "non equivalent" hybrid orbitals was included..

[@maheshmahi-jk8jh]

Thank you so much sir. Good work again..

[@ukkumar3208]

Sir, please make a video on classical thermodynamics

[@AllBoutChemistry]

ok i will try to make that

[@Letsearntogether2024]

👌👌👌....Concept Clear...

[@kahkashantabassum7281]

Thankyuu sir and also make more video with csir question ....I m watching Ur 1st video and m inspired with u 😍

[@aabidhamid5889]

thanks a lot sir....

[@ramrajmali5396]

Thanks for helping

[@sumanmondal6598]

Thank you so much sir.....

[@javidabdullah131]

Recommend a best book for inorganic chemistry

[@HimanshuSharma-xn6uc]

Huheey agar English achi hai toh
JD Lee group ke liye
And overall decent book meissler tarr

[@Jee2024IIT]

@@HimanshuSharma-xn6uc I am the student of the author of jdlee i.e sudrasan guha,he said me to not purchase it.

[@attilisuresh4144]

In hybridization all orbital are mixed right but how can you say that these particular orbitals ( s, px, py ) are in equatorial and (pz , dz2 ) are axial?? Please reply me 🙏🙏🙏🙏

[@rosa-fr5fo]

Thanks sir ☺

[@yerramounika8910]

Thank you sir....

[@sancharipramanik9588]

Sq pyramidal sp3d not sp3 d2

[@whiteegame1306]

Thank you very much sir....it cleared all my doubts...it's really helpful for NEET

[@manishakachoora9727]

make the separate vedios on 2 marks questions and imp topic 🙏🙏

[@chemikamesh4788]

Very nice

[@manishakachoora9727]

plzzz exam se pehle most imp 10 mcq on every topic for net vedios bna do daily preparation ke liye🙏🙏🙏

[@rahulkumarshaw4453]

When there is a serious points suddenly an add comes which ruins our seriousness

[@souryashankarauddy8931]

Wrong information! Who says sp3d2 hybridisation has different hybrid orbitals! All of them are equivalent (sp3d2) having equal bond angle of 90deg!

[@jayalakshmichemistryforcsi1310]

Pls explain spinels topic sir

[@sudheer2643]

Thank you very much sir

[@abhisheksingh-bw9uq]

Please provide PDF for practicing questions

[@AllBoutChemistry]

You can join our facebook discussion group, there you may find PDF for practicing questions

[@ychemistry2613]

thanku so much sir

[@keshavkk479]

Thankyou sir

[@quratzahoor5641]

It's good sir , but if u use Hindi or Urdu so that it will be more understaded and you will be free to speak and u can explain the things more goodly..

[@DhananjaySingh-px9fc]

Urdu mein tera baap padhayega saale

[@j088sanskargupta7]

@@DhananjaySingh-px9fc stfu

[@DhananjaySingh-px9fc]

@@j088sanskargupta7 am i talking or saying anything to you bitch.

[@NN-hk3vv]

@@DhananjaySingh-px9fc 🍼

[@jayalakshmichemistryforcsi1310]

Thank you sir