L - S coupling spectral terms and Hund's rule for UG & PG students

[@sharmisthakundu5877]

Amazing teaching skills. Thank you so much for all the explanations. Really helped a lot.

[@anu7793]

I am a keralite. your class is superb explained the concept very well. Really helpful

[@vanshu4379]

Bsc k phle teacher hain jo bhut cleary samjha rhe h.... thankyou very much sir

[@afsanaafsana7670]

You are such a very amazing teacher
Aosulutly simple n fine way to teach
Alhaa bless you sir a lot n lot success 👍👍👍

[@shinningstar3380]

There is a difference in multiplicity rules
When L>S then M= 2S+1
And
When L

[@gentleman8836]

HUNDS RULE 17:00

[@abhishekkher6022]

To determine whether orbitals are more than half filled or less than half filled, you can follow these general rules:
1. **More Than Half Filled:**
- For a given subshell (p, d, f, etc.), if the number of electrons in the subshell is greater than half of its maximum capacity, then the orbitals are considered more than half filled.
- For example, if a p subshell can accommodate a maximum of 6 electrons, having 4 or more electrons in that subshell means it's more than half filled.
2. **Less Than Half Filled:**
- If the number of electrons in a given subshell is less than half of its maximum capacity, then the orbitals are considered less than half filled.
- Using the same example, if a p subshell can accommodate a maximum of 6 electrons and it has 3 or fewer electrons, it's less than half filled.
Remember that the maximum number of electrons in a subshell is determined by its orbital angular momentum quantum number (l). For s orbitals, it's 2 electrons; for p orbitals, it's 6; for d orbitals, it's 10; and for f orbitals, it's 14.

[@deepikakumari3516]

Very nice explanation sir

[@anshulgurjar1239]

Extraordinary lecture 👌

[@bhartisharma2333]

I never do cmnts on any ytube video ..But your efforts made me to do this !
Sir,
Your way of explaining is just amazing...Thankyou so much for helping so many students ❤..May God bless you with everything your deserve 🤗

[@PhysicsDarshan]

Thanku so much 🤗

[@bhartisharma2333]

@@PhysicsDarshan
❤🤗

[@kalpanabhandari6043]

@@PhysicsDarshan sir aap uttrakhand se ho??

[@mohitshrivastava5412]

Great lecture ! Thanks a lot ! tomorrow I have my gen chem midsem

[@saurabhnagar8580]

Wow sir it's really helpful and clear explanation. Thank you so much

[@smartstudychannel6423]

Gajab ka speak karte ho bhai, thanks for ..... 🙏🙏🙏🙏

[@kajalsahu6457]

Excellent explanation sir

[@yashodhag3648]

Superb teaching sir....

[@SaroopChand83]

Nice explain

[@varsharanichandrawanshi1908]

You are amazing teacher.. thankyou sir..😇

[@shwetabaghel1449]

Very helpful. Thankyou sir for the great explanation ☺

[@sidraperveen9099]

Thank you so much bro for this amazing teaching.

[@pass335]

Sir we love u ❤❤ plz make more videos may God boost your channel to millions subscribers . And u keep giving qualitative and Quantitive learning to us in place of our cllgs😂

[@shyamjisen6804]

Sir its very useful for me aapki aavaj bhut achchhi hai 🤗

[@_iamksr_]

Best explanation 👍👏

[@SYEDSHORABALI]

superb

[@zarim7021]

One day you will be rise bro
🤗 Weldone

[@hajimrasheed7906]

Why no one talk about three electrons in any subshell ...? What about Nitrogen 2p3?

[@shanugandhel6017]

Good sir

[@Satya-zp1hb]

Good work brother

[@YashPal-ew2vn]

Very helpful video👌

[@gulafshastudyclasses2985]

Helpful video

[@zahidimran8524]

Sir ji jab ham total angular momentum of individual electron find kar lety hai to sir ji ham os ki magnitude according to this formula L(L+1)SQUARE ROOT×h/2pi kyo ni nikalty direct hi S KY Sath coupling kyo kar dety?

[@ganeshtripathi8263]

you are Very Nice teacher sir

[@kuldeepsingh-kw2mv]

Please tell d2 configuration me 1D

[@parvinghoniya8644]

explanation 💯🙌👏

[@kashu777]

Can someone explain about how to apply hund's 3 and 4 rule please

[@physicswithzainabejaz1054]

3 rule kese lga?. Half filled subshell kese h?

[@ahmadmalik7068]

Great lecture bruh

[@arpdevapa_123]

Thank you sir

[@YouthExamsfighters]

s or l ki value kaha se laye for hydrogen atom

[@zy2556]

Sir agar half field hoga to hind rule 3 apply karenge ya 4?

[@AnkitNinania]

Great brother

[@TechIgnis]

Very Helpful Video 👍🏻❤️🇮🇳

[@roshnikamble3991]

Sir can you explain for Titinum atom plz

[@KhushiSharma-qd7dt]

d3 k liye P ki value ky hogi please double clear krdo bhai

[@kamleshsingh9521]

Sir it is Really amezing ❤❤❤

[@GeetaDevi-hc2jr]

Nice 👍 video

[@SMc-1235]

I've not clearly the 3rd & 4th rule,i.e. subshell < half field & subshell> half field. Can someone please explain it?

[@HarshitSharma-vf5el]

Thanks a lot 😊u r amazing

[@hajimrasheed7906]

What about 3 electrons?

[@sapnachauhan670]

Thank you sir .....really ur r amazing 🙏

[@PhysicsDarshan]

Thanku🤗🤗

[@nehajaiswal6223]

S= -1/2 ..... Bhi ho skta h kya

[@alokverma8755]

Thanks

[@anukritipandey7640]

Nice

[@poojasatnamipoojasatnami1418]

Thank

[@dr.venkatg3653]

6:39 why didn't we take negative J value here

[@kashf9492]

life saving

[@nidhiupadhyay4607]

Thank you ✨

[@jayprakashnirmalkar7426]

Thank you

[@KhushiSharma-qd7dt]

P2 k liye s ki value kya hogi

[@PhysicsDarshan]

Zero

[@KhushiSharma-qd7dt]

@@PhysicsDarshan kyu kese

[@onlinephysicsclass9189]

Less than half filled rule 3 ….not able to understand this…can you plz

[@Jhaashish.004]

electron in a shell is half example in p subshell half electron number is 3 so 1 hund rule is applief when electron no. Is half in electronic conf. Of an atom

[@chanchalshekhawat1664]

Thankyou u very much ....bs thodi si spellings galat ho jti h aapse

[@PhysicsDarshan]

Ha ..🙈😁....mai improve kar rha hu aaj kal 🙂

[@Cringespeaks]

bro is younger than me but i call him sir

[@suryaprakashsahoo1079]

Wo Espin nhi spin kehte he😂.. jokes apart.. thanks a lot ❤️

[@entersmashing2639]

Last me less than half filled,more than half filled ka kya matlab h kuchh bole hi nhi

[@Ruhit_Shorts]

Aap bahut handsome ho🥰❣️

[@anuraghandique456]

Wrong part he J=L-S toL+S he pane last part me gal at Kiya l ke jags me s put kar dia

[@tribhuvanvaishya6443]

Thank you sir