Back Bonding in Chemistry | Inorganic and Organic Chemistry | IIT Jee Mains, Advance, NEET & AIIMS

[@meetgandhi2814]

Sir ji ye kya thaaa? Itna clear concept kon explain karta hain? I am speechless.... Gajab sir gajab.... No words at all excellent

[@RohitSharma-bk9wf]

Hi more gende

[@sameer9269]

pehli br laga ki chemistry mei bhi interesting cheeze hai, nice very well explained. and the practical examples, and visualization given by u was the most fabulous part. thanks sir

[@enjoytoday3360]

I watched it in ×2 speed but such crystal explanation just set everything in my mind...this is pure chemistry..he talked about also semiconductor that about induced charge...+ - interaction...such interesting lectures..why this channel not have required subscribers...

[@vrinda8950]

Guruji aap 4 sal phle bhi relevancy ka or quality ka dhyan rakhte the or abhi bhi. I'm ur student from old excel . I'm so glad that I'm your student ☺️

[@arshdeep011]

*Best explanation sir best ...No words to say ...GOD BLESS YOU* 🙏

[@IITianexplains]

Keep Doing hard work. 😊 And Share with friends and family.

[@tapassingh0075]

Guruji I am your follower after watching this video. I told my many friends about you and plus courses. But They don't take it seriously. I don't want that whatever I have missed, Anyone else will miss that. Thank you Guruji 🙏🔥🔥🔥

[@sanjaymaravi6155]

Chemistry inorganic se nafar hone lga tha. Ab aapka video ke baad mujhe inorganic se pyaar ho gya🥰😍

[@dinkeshjain5450]

You are the gift jee aspirants have on the internet sir. Hats off to you 🔥🔥

[@J_Prince24]

Had a loophole in this topic Gr8 explaination

[@abhishekpurohit8867]

Thanks a lot sir. This being the first time I have been able to understand this awesome concept of backbonding

[@uditidas]

You're God of chemistry.... I'm speechless

[@abdullahfaruque.]

Don't say like that god is god

[@_el_luis]

@@abdullahfaruque. lol🤣🤣🤣👍👍

[@dr.vinodsharma8154]

No god of chemistry is paaras sir... from UNACADEMY

[@by7212]

@@dr.vinodsharma8154 whatever you think, no one is god here, it is just your world is too small.

[@bionicpenguin5471]

@@by7212 speaking some truth there

[@peace331]

Mohammad kashif alam sir is specially designed by GOD for iitjee aspirants...

[@yashaswinijoshi5845]

Thank you so much! This is the only video which cleared all my doubts! Also, I love the sentence "inke beech mei chemistry hi itni acchi hai!". 😂

[@tanmoydutta5846]

Sir, itna mehnat karta hain, ki video banate banate saath description main bhi pura concept double-explained rehta hain, uske saath research papers ke upaar kaam karna.....hats off to you, Mka Sir

[@smrtimalhotra2635]

Nice explanation. Pura concept clear ho gya. Thank you sir

[@johnnykukreti2250]

best concepts in such a short time, that is why i watch your videos👏👏👏hats off to your teaching

[@SherlockHolmes-lc7jo]

WOW just WOW!!!! Nothing left to say....

[@gauravgoyalfruitarian]

sir luv you. my teachers never talked about proving such things while i always wanted to!!!

[@akshat2664]

Sir you are great😍😍

[@TheBoi55]

Thank you sir 🎉❤

[@vidushimehra4528]

Sir your lectures are very interesting and focuses on fundamental concept therefore sir I request you to make a video on nomenclature of functional groups so that we can build a strong foundation for organic chemistry

[@shashwatdwivedi8184]

Kaafi achhe se samjhaya aapne 👍😊

[@hattorikanzo2793]

Sir in BF3 F is electronegative so it will shift electron density towards itself so B will become more electron deficient so it should be best lewis acid

[@imrantahir5927]

That is what i want..best teacher in the world💞

[@harshitaa2342]

Alcl3 form , option me diya h(a) monomer as well as dimer . (b) monomer only , to correct Option kya hoga.

[@pritammishra3360]

i appreciate your hard work salam to your way of clearing concept

[@PranavKumarSingh-tt7lw]

1st view and the video was awesome sir it cleared my all doubts..thnx

[@IITianexplains]

pranav parashar Thanks Stay connected with us for more videos. Team IITian explains

[@biswajitsahoo9084]

Sir plz give some MCQ of back bonding ..sir it is very helpful to us..

[@sanskritisingh6745]

Sir, why is there no backbonding in N(CH3)3 but it is there in case of N(SiH3)3

[@drshwetaaiims-mamc5124]

Becoz c does not have vacant orbital to accommodate lone pair donated by nitrogen

[@chemgurupubl7879]

Shaandar Concept Junior.Proud on you. 👍

[@IITianexplains]

ChemGuru Publ Thanks Sir 😊

[@kiranraghuwanshi8838]

Sir superb video..tysm iske lye🤘👍🙌💫🎉🔥💯🕺🥇

[@aryanpuri4641]

Sir can bbr3 form dimer? Because it has a poor back bonding

[@kadirchemistryclasses2809]

No....dimer mein steric crowding ho jayegi so no dimer forms

[@chottukumar2050]

Aap jaise teacher log self study ko boost up la dete ho sir

[@poojadagar1353]

Why there is need to form adduct with nh3 if it can complete its deficiency by back bonding

[@targetposting2025]

same question . i think by forming aduct it stabilize more than back bonding.. i dont know ...just a random guess

[@nanditakhatiwoda6641]

Thank you sir , helped me clear my concepts :)

[@adweitajena1203]

Guruji kya padhaya Maja hi aa gaya. Ekdam cleear.

[@abadahmad9504]

Sir bsc 1st year 1st semester chemistry padhate hai ki nhi is chanel pe reply

[@IITianexplains]

No

[@vinayverma2859]

Sir please compare the lewis acidic character between OCL2 and OF2 on the basis of backbonding

[@amanrahamanbiswas8744]

Thank you sir for this explaination .

[@palakdudi6695]

Thanks sir I understand this topic vey clearly sir u are so talented

[@shrishsharan3638]

Thank you very much sir for helping me to understand this concept.

[@becomebestdriverofownlife5762]

Sir please explain If there is backbondingin H3Si-N=C=S

[@amlanjyotiborah2795]

Haa backbonding hoga

[@kadirchemistryclasses2809]

Yes....back Bonding h......" Si" ke pas vacant d orbital Hai na aur nitrogen ke pas lone pairs. 2p pi - 3d pi back Bonding hogi

[@saswatibanerjee9618]

It really works sir..grt job..

[@NishantKumar-xw3lg]

#Backbone_Of_Chemistry...!! 😍

[@pi17]

*Backbone* ding

[@indian3154]

Sir back bonding ki theory NCERT k kis chapter m milegi . Pls tell sir . Maine dhundha par nhi mila mujhe

[@targetposting2025]

chemical bonding

[@muzaffarali1662]

Wow so energetic and so clear ...i m really shocked

[@mightygerman]

bahut bahut bahut bdia video hai ............

[@Brokenhearted894]

sir ur concepts are very much strong u helped me a lot in clearing my concepts thanx

[@priyasehgalinfj]

at 15:37, shouldn't it be chlorine instead of carbon?

[@umakulkarni8654]

What is diff in back bonding and resonance ..........

[@tanmaybro3812]

Wah betey wah

[@dharmveersingh4084]

Sir CH4,SiH4,GeH4,SnH4,pbH4 innn sab molecules ke central atom ki electronegativity different hoti hai phir bhi inka bond angle same kaise hota hai apne to btaya tha ki bond angle central atom ki electronegativity ke directly proportional hota hai phir isme kyu nhi

[@parthpawar7837]

Because agar geometry regular hai, as in tetrahedral and octahedral, every position is the same! Isliye in shapes me electronegativity factors ko nahi dekhte hai

[@prakashbalani1870]

Good afternoon sir, How do you compare between 2pπ-2pπ , 3pπ-3pπ, and the process of dimerization. Is it simply experimental for the greater stability gained during dimerization/back bonding. How would we come to know just by looking at a compound whether dimerization or back bonding is going to be a better choice. Awaiting for your quick reply.

[@Abhay-me4zi]

Reply was so quick that it haven't arrived even after 5 year.😅😅😅.. jokes apart BTW what are u doing nowadays

[@imrankhan-yt9tl]

I have no words to appreciat u sir

[@imrankhan-yt9tl]

Aaj mujy samajh aagya backbonding credit goes to you sir

[@muhammadaqib9620]

Sir you are really a brilliant teacher ...well done sir g ..

[@ritikajain1737]

description is like notes for us

[@amritprakashiit-roorkee6942]

Such high quality content for free. Salute you sir

[@ayushshah3357]

Awesome..... Best teacher

[@pranavtaparia7711]

Sir in bcl3 chlorine will be having vacant 3 d orbital whereas in f there is no vacant d orbital so the relative tendency of back bonding will be more in bf3 as that in bcl3 is this a correct explanation

[@pujaduggal1818]

Sir no doubt you are one of best teachers in this platform. Two suggestions from my end Do write the important points which you speak at corner of board Please be little slow🙏🙏🙏🙏 while explaining. I am just giving a suggestion Thank you

[@akshitatyagi5203]

Thank you so much sir...!!! its such a new concept for me..!!!

[@IITianexplains]

akshita tyagi Work Hard and stay connected with us for more. Team IITian explains

[@rishabhroy3926]

akshita tyagi dear connect with us

[@DevashishGupta132435LC]

@Rishabh Singh another pervert spotted !

[@gauravsuyal4456]

@@rishabhroy3926 I also agree...

[@vishalkhatik1847]

Best lacture on you tube......

[@asthathakur8474]

Sir plz thermodynamics pr video banaiye and thank u very much sir for this video

[@IITianexplains]

Astha Thakur You are welcome and stay connected with us. Team IITian explains

[@asthathakur8474]

Thanx sir

[@uditidas]

Sir ek doubt hain : BF3 react nahi kadegi NH3 ke sath coz iski strong backbonding hain aur isko Lewis base (NH3) nahi chahiye apne kaha at 29:00 But at 23:38 pe apne kaha hi BF3 NH3 ke saath react kar rahi hain..?????? Sir please explain 🙏🙏🙏

[@chiranjitroy2182]

Aba thermodynamics paro Jasa benzene ko high temp ma cyclohexane ma convert kar sakta ha wasa extreme reaction condition ma ya ammonia and boron trifloride bhi react kar sakta ha

[@pratikkumarkhuntia7767]

Why BF3 is stronger lewis acid than its lower gr member though it has back bonding

[@simranagrawal8441]

Sir thermochemistry ka bhi video bnaie na...it was awsm..thanks

[@imrankhan-yt9tl]

Really appriciated well don outstanding sir

[@pranav6751]

Sirji makes ioc logical by explaining using physics . Reference to semiconductor physics as 14:20 was OP . Dimaag ki batti jala di.

[@samtapandey6895]

Really an iitian Thanks sir Please make a series of equilibrium

[@harshtak791]

Italian

[@darkenshine]

In Al2Cl6 too the coordinate Bond is 3pπ-3pπ ...so why is it favourable but the back bonding is not?

[@arkey577]

why is 2pi-2pi overlap more stable than 3 pi-3pi overlap (3pi orbitals also have comparable energies and size)

[@Spaceship_elon123]

Starting music kon sa hai? Mujhe use ringtone set karna hai... 😅🙃

[@Muskan-qr7tq]

Awesome... ❤️

[@SnehLSingh]

Sir you explain all the topics very clearly and practically.. i like your all videos.. Great job sir👍👍 you make chemistry very easy and interesting for me.. thank you sir.

[@NayanKatke]

Fabulous lecture hope you cover more topics in less time

[@IITianexplains]

Thanks Stay connected with us for more videos. Team IITian explains.

[@anjaliabha9612]

Sir add video on detail bonding in Cabonyl compounds too.. If it can be on ur schedule

[@commandom430]

Great grand God of chemistry

[@mysteriousworld3765]

thank you very much sir

[@sumitsahu8657]

Sir, my another question....why nitrogen do not form vacant d orbital

[@sheetalsharma3373]

plz make vedio on hw we calculate no. of bridging carbonyl in metal carbonyl complexes

[@shamimkhan-lw6gh]

sir plzz explain d block imp topic... i like your lecture too much and your teaching with full energy

[@junaydjaved2843]

3p pie-3p pie bonding should have been effective in AlCl3 because of similar size and also extent of overlapping between 3p orbitals amazing explanation

[@shabbirahmedmulla2041]

Thank you sir . It was a great help.

[@bhupeshkarir5928]

Sir please put the video of nomenclature in ORGANIC

[@gauravsuyal4456]

Badiya sir...Majaa aaa gaya...👍👌👌

[@atulkumargupta8875]

Very intellectual sir I am Inspired by your way

[@sanjaykumarsahu7455]

Very powerful explanation sir. Thank you sir🙏.

[@meenusatyarthi5291]

Amazing sir U r too good My concept is clear wow Sir plz upload more videos che as well phy

[@kiranbaranwal749]

Sir is there back bonding present in AlF3? You explained so well👏👏👏

[@anupamojha9343]

Nope it is ionic compound

[@dharasurela2593]

It's good explanation to easiest way

[@geetasharma5005]

Thanks a lot sir for giving such a great video about back bonding ☺ God bless

[@kaustav2610]

What is the difference between back bonding and coordinate bonding?

[@jaysingchavan692]

Sir explanation bahot Acha hai thank you

[@Drawingsandart879]

Sir you are better than physics wallah ❤️

[@sumangoyal5688]

Bond order of bf3 ka 1 appne kaise likha??

[@HimanshuKumar-io6ip]

Guruji maja. Aagya 😊

[@niachungdupit8104]

Underrated one million sub's deserved krtai

[@vanshsingh9163]

awesome lecture

[@shubhammangalam8100]

U. R awsm sir itna clear concept

[@savitaverma855]

You're awesome sir thanks you make learning fun