Ligand Field Theory for Coordination compounds|Ligand field theory octahedral complexes

[@arnavmishra2155]

Thank You Mam...A very nice and easy explaination as I was earlier finding this topic a little complex but now it's clear...Thank You So Much Mam🙏🏻

[@Sandeepyadav-fb2si]

well explaind mam

[@prangyadas5127]

Thank you a lot from the bottom of my heart for explaining this topic so easily.

[@snehasharma9391]

Thank You Soo Much Ma'am 😀💗 Very Well Explained.

[@Riyasharma.673]

Nice explanation mam ❤

[@mariamejaz3429]

Very Helpful Mam ... Removed my confusion 👍🏻👍🏻👍🏻

[@ayesha3079]

thank youuuuu maaammm. a life saver channel.

[@afafnim-ep4tl]

Amazing

[@karunachourasia6084]

nice explanation madam. very helpful

[@nancyjain2901]

Thank you ma'am And answer for Fe+3 is a1g², t1u⁶, eg⁴, t2g³, eg*² For Fe+2 is same as ammonia case ...18 electron and SFL.

[@jyotimalik2201]

Thank-you so much mam,you make my concept crystal clear....

[@aliaatiq5433]

a1g * has more energy than t1u* in antibonding molecular orbital ?

[@paraminderkaur3234]

Mam bohat acha samjhayaaaaaa Really Plz share more vedioes

[@AurumChemistry]

Sure

[@sonamraheja9795]

Thank u màm for perfect and clear explanation. And answer is a1g2 t1u6 eg 2 t2g3 eg*2

[@WajidAli-kh3zy]

Thank you maam for explaining

[@aditijain2057]

Thanku so much every video of your is very helpful

[@prasadghadi1875]

Very well explained

[@ruchi3575]

Super mam thanku mam..

[@sukanyatankashala1697]

Mam can you give the lecture on isomerism topic??

[@AurumChemistry]

Tomorrow

[@najmabanoo96]

Thnk u so much mam 🙏.

[@richagallery9976]

Mam plz ek que btado Discuss in detail how ground state of d3 split in octahedral ligand field effect ?

[@pranavsingh5235]

you r telling wrong metals take electron therefore they r electronegative and ligands give electrons therefore they are electropositive 16:20

[@mpande3144]

thank you so much mam....🙏

[@rishabhmishra6545]

NICELY EXPLAINED..

[@jintudutta7140]

Very nice explanation mam ❤️

[@AnjuKumari-sb8ch]

Nice explanation mam 😊

[@karthikak3491]

My favourite teacher ♥️

[@vineethamasthi3750]

U said negative species will be closer to nucleus and metal will be at high position. But the nucleus u mentioned belongs to which metal and where does it exist mam

[@vineethamasthi3750]

at 16:12

[@AurumChemistry]

Please watch yesterday's uploaded video of organic chemistry means if clayden series general organic chemistry

[@saadahmad3085]

Hi mam. What a nice vedio. I learnt thoroughly concept from your vedio. I apperatiate your strife by which your are going to build up the concept of students. I hope now one can ignore your lecture regarding concepts . Mam i request you if possible to you then also upload vedio over mot in tetrahedral.

[@saleemhafeez8922]

Mam plz do td lft also

[@raviraghuvanshi5308]

Thnx mam

[@bhoomikasharma2986]

Thank you so much didi

[@sumitradas24]

Thank you ma'am 🙏🏻

[@KomalA1]

Mam why ligand orbitals a1g, t1u, eg having same energy as metals have different energy but ligands orbitals have same why?

[@sumitradas24]

As the ligand( especially sigma donor like cl- ) orbital which r involved in bonding are 3s, 3p ,3d but metal has 3d ,4s and 4p and these are not same .

[@sanskarbansal7192]

Superb

[@ritika1490]

Mam for fe+3 a1g2,t1u6,eg4,t2g3,eg*2 For fe+4 a1g2,t1u6,eg4,t2g4

[@AurumChemistry]

👍👍👍

[@nabchem]

Ma'am there is no part 22

[@PRADEEPYADAV-dn9bo]

Fe(H2O)6+3 : a1g2 t1u6 eg4 t2g3 eg*2 Fe(CN)6-2 : a1g2 t1u6 eg4 t2g4 Please mam make me correct if I did wrong...

[@AurumChemistry]

👍👍👍

[@ashrafsaeedkhan9266]

Yes correct answer

[@bewkufrani24]

Maam tetrahedral complexess ka bhi krvaiye naa

[@AurumChemistry]

😊

[@sumitradas24]

@@AurumChemistry yes ma'am

[@veenabajaj8492]

(CoF6)_3 Mam apna F6 mai 2 ko 6 sa multipy ku kiya

[@AurumChemistry]

See hum electron contribution do method se nikalte h ....oxidation method se aur neutral method se ...agar hum oxidation method se karte h toh co ki oxidation state +3 aati h so co se electron hue 6 and phir flourine ..jab oxidation method karte h toh in ligands ko 2 electron milta h so 6 multiply 2 kiya

[@AurumChemistry]

Aur agar yeah baat nahi samjh aayi toh organometallic ki formal charge wali class dekhe

[@veenabajaj8492]

Thnku so much mammm .

[@ishithasingh6210]

Thank u soooooo much mam... This video helps me a lot in understanding the lft sioo far

[@purwapaul2703]

Ty mam

[@deepakwagdre]

[Fe(H2O)6]3+ SP3D2 hybridization H2O weak field ligand there is no pairing

[@yash3498]

Mam ap acha padhati hai

[@Anitakumari-uk3ns]

👍👍👍

[@abdulmoiz6317]

Love from Pakistan Islamabad... Mam Tetrahedral or trigonal bipyrmidal Ma MoT Diagrams Bta den ya link.ya Videos khe nhe han d1 to d10.

[@preetibhardwaj9649]

Mam , I need your advice regarding Jrf..how to contact you.. Plz reply.

[@AurumChemistry]

[e-mail]

[@dharmigediya3405]

@@AurumChemistry ,/ j€////////2

[@dharmigediya3405]

Chemist

[@dharmigediya3405]

Chemistr

[@dharmigediya3405]

Chemistry

[@komalsoni8105]

❤️❤️👍👍

[@karthikak3491]

first question: a1g2, t1u6, eg4, t2g3, eg2

[@bhoomikasharma2986]

Jai Radhe [Fe(H2O)6]3+ = a1g 2 , t1u6, eg4, t2g5 Hai kya ans didi.

[@AurumChemistry]

Pairing kyu karvai....

[@AurumChemistry]

Water will be a weak field ligand .its fe3+ no co 3+ ....

[@AurumChemistry]

Try again and reply

[@bhoomikasharma2986]

Jai Radhe Yes , Didi it's a1g 2 , t1u6, eg4, t2g3, eg*2

[@AurumChemistry]

Now its correct

[@ashrafsaeedkhan9266]

Mam apny ye nhi btaya k ye spectrochemical series q esa he, not satisfied from this lecture

[@ashrafsaeedkhan9266]

And my second question is, why the t1u occurs at the top

[@ethoiiromm6038]

Master ke time meh mujhe bhi kuch nahi janta

[@bhoomikasharma2986]

Second Q. = a1g 2 , t1u6, eg4, t2g4 Pairing bcoz CN is SFL...

[@AurumChemistry]

👍 👍 👍