Tricks for Huckel Molecular Orbital Theory | Linear and Cyclic System | Delocalization Energy

[@dijumonineog2775]

I would definitely like to admit that our super smart phd professor couldn't explain this topic in entire semester whereas you did it in 30 min very effectively. I follow your lectures and they are really very helpful. You are the great sir

[@AllBoutChemistry]

Wow, thank you!

[@peterparker9615]

Just to be completely honest with u, U did a better job explaining this topic than my Ph.D degree senior professor at UC San Diego. Much appreciated

[@AllBoutChemistry]

Thank you so much 🥰

[@sreelakshmivijayan6057]

The energy levels of 1,3 butadiene which is an acylic molecule is a+1.618b, a+0.618b, a-0.618b, a-1.618b. (please read "a" as alpha and "b" as beta). Delocalisation energy is 4.47b-4b= 0.47b. Also b= -75 KJ/mol. So D.E in KJ/mol will be ~35 KJ/mol.

[@dandupallianitha458]

I think ur my best teacher sir

[@otulhu]

You saved my life bro... Thank you!

[@shitalpadvi5490]

Thank you sir very helpful . And all are video series watching me to cover all topic in minimum time

[@itssanny4174]

Great explanation 😊. Thank u sir

[@priyanshuduhan9359]

Nice way of explaining..thank you so much

[@KrishnaSharma-ik3sm]

Thank you sir 🙏🏻

[@rachanasharma6080]

Very nice sir thanks 🙏🙏

[@anushkasingh295]

Thank you sir it's really helpful

[@RishabhSharma_1]

beautifully explained sir!!! Thanks

[@rajnishsinghrajput280]

Brilliantly Explain Mr X

[@devibala7003]

Thank you for your efforts to make us understand

[@ScienceTech100]

1.3 butadiene = a+1.6ß , a+0.618ß, a-0.618ß , a-1.618ß Thanks Sir 😊

[@nishathakur1853]

It was really easy to understand. Thank you sir...

[@gnanamsundaram7648]

Nice .... Thank you so much sir...

[@aishwaryabn2681]

First like😊 nice explanation sir

[@AllBoutChemistry]

😊

[@saswatiroy7659]

honestly it helps me a lot

[@jayalakshmichemistryforcsi1310]

Hi sir .nice explanation Thank u so much and I really like your hard work 😊

[@anbazhagana7386]

how to solve butadiene system pls explain

[@amitkumarkhan4816]

Nice video

[@pavithradoss7113]

Superb sir

[@whiteelephant9774]

Thanks 🙏🌹❤

[@mahimachoudhary4888]

Thankyou so much sir 😇

[@ElminehTsegahun]

E9E.3(b) what is the delocalization energy and pt bond formation of (a) allyl radical and (b) cyclobutadiene cation?

[@shamsaabdulshukkur9225]

Helped a lot

[@noone-vi8xw]

Really helpful...❤

[@vandnakushwaha7938]

Thanks sir 😊😊😊😊

[@drarchanachauhan4352]

Sir what is the correct answer for delocalization energy in case of 1,3-butadiene?

[@Iknowwhoiamm]

Thank you🙏🙏🙏

[@paru002]

❤tnx

[@meenusingh5677]

Sir what's the answer for delocalization E for butadiene

[@sanatanvlogs439]

Sir pls 🙏 solve the question of 2012 december- question-120

[@dhanduaravind]

Please upload few more topics from quantum chemistry before exam

[@nishadkhan8707]

For 1,3 butadiene we ll have all values in pie/5 form how to solve then plz explain

[@brijesh_shah]

Thanks sir

[@meghashreevs7321]

Till where k values to be taken ?? I mean like y can't u continue taking k values after 2 fir cyclo compound??

[@shwetapotdar6480]

Sir , how to find secular determinant

[@sreelakshmivijayan6057]

I post this answer as many of you had replied with wrong answers. Hope that everyone could understand the correct answer.

[@matthewguite7318]

Sir,how about,non-linear trimethylenemethane... Just curious

[@hayleyr.s1414]

What about secular matrix and its equation for CO32-? This is not linear rght?

[@amitgangwar1231]

Thank you Sir very helpful and nice explanation very very thank you

[@sagar1759]

For 1-3 butadiene Denominator which have n+1 is equal to 5 Means its pi/5 how to solve it..?

[@beautyofscience7612]

Use scientific calculator

[@rameshk9271]

Im getting -4Beta Is it correct??

[@vineethkotturi75]

👍👍😀

[@Arya-cs7kj]

Delocalisation energy of 1,3 Butadiene = 0.472 beta.

[@ubaidqayoom4074]

Delocalization energy of 1,3 butadiene = 0.48ß

[@sandeeprajput3530]

.472 bita which is equal to 110 kj/mol

[@syazanahussien6184]

i get that answer too, is it correct?

[@thomasxavier1156]

Hi Nurul, Which book can we refer for Huckel theory?

[@dikshagarg3956]

0.48 delocalisation energy

[@himansarma5587]

Thank You sir

[@jayalakshmichemistryforcsi1310]

I think answer is 2 . Iam not confirm pls confirm that answer sir

[@meenusingh5677]

It's 1,3 butadiene

[@shalinimishra9497]

Ans is 0.472β

[@dr.magics9101]

But cos60 =-0.95

[@pandiselvithangaraj6029]

0.472beta

[@dineshsuwalka72]

.67bita

[@Ramkumar-lz4hz]

0.47. Beta

[@jyotiagawane3469]

0.48 beta

[@kritikanaik425]

Thank you sir

[@aipurilingaraju550]

Thanks sir

[@sanketshirsath6176]

Thank you sir