Metal carbonyl back bonding|IR stretching frequency|Bonding in metal olefin complexes|OMC CSIRNET

#jchemistry#metalcarbonyl#backbonding#irstretchingfrequency#metalolefincomplex
Reference books
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Organometallic Compounds playlist
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[@mohini...3204]

When she teach somekind of positive vibes are created😍

[@ybl8891]

I am so grateful you are my teacher. Your Positivity and encouragement brightened My days. You made me a better more thoughtful person.... Thank you so much🙃🙃

[@anjusaini669]

yes mam you are right concept hi aana chahiye .......likha hua to sb jgh mil jayega.....aap achha pdate ho ....mam...thank you so much mam....

[@madansingh5945]

Pahali bar Esa ho raha ki padhai se adiction. Best explanation ever. Apki vidios ka hamesa intazar rahata h ..

[@simplechemistry004]

VERY IMPRESSIVE METAL-CARBONYL VIDEO.THOUGH I AM A PH.D HOLDER CANDIDATE BUT I TELL THERE IS A LOT OF EFFORT OF MANY ORGANOMETALLIC BOOKS' INFORMATION,THAT YOU DELIVERED,IS VERY ATTRACTIVE. GREAT JOB.KEEP DOING AND DOING........SO ON.

[@JChemistry]

Thank you for the appreciation :)

[@chahal6754]

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[@debarunmondal]

Ma'am now I became FAN of your teaching 😃😃 I mostly now watch your channel, because you to the point things from exam point of view

[@chandansahu1422]

Their is no needs of notes bz ,,aap Jo b lecture dete ho uska ek ek word m note kr leta hu ...so simple notes b prepare ho jata h ...thysm..

[@shauryadumka9865]

u made my concepts more clear maam for my upcoming exams of gate and jam . awesome teaching .. thank u..

[@kalyanpal4642]

You have filled our life with the right knowledge, patience, and smile too; your impact is very treasured; It’s special just like you. Thanks ma'am

[@omineri6967]

Ma'am you are too good at explaining.... most of my doubts are cleared after watching your videos.... thanks a ton ma'am

[@niteshchawade4128]

Best teaching way mam no need to change it you are changing thousands of students life and thanks for soft copy of all books

[@ak-hl1sb]

Mam aap chapter ko analyse ache se krte he n kam samay me bada chapter ache se sikate ,legend teacher thanks a lot

[@kishorekumarr6569]

hello mam , even though im a non hindi i can able to understand the concept clearly, its impressive

[@saipranathichamala3542]

I'm in 12th(jee) but understood the concept clearly till(21.59)great mam

[@ShreyaRajBEC]

Great explanation... I was really looking for this topic since too long but was not able to find such clear explanation... Thnks a lot mam😊😊🙏🙏

[@ees5640]

Mam , your way of teaching is outstanding 💖 Ur confidence , Ur voice , Ur grip on subject is so impressive 😍

[@deepanshukumar2767]

you are a very great teacher ... love the way you teach

[@9981829178]

Thanku mam. Phle doubt tha ab completely clear huaa concept apke smjhne se thanku mam.. mai questions v solve ho ja rhe h organometallic k thankuuu...

[@JChemistry]

Congratulations 😄🎉 Questions hi solve hone chahiye

[@9981829178]

Thanku so.much mam

[@swatigupta4875]

Mam you make class very easy, interesting and so informative. Thank you so much for your efforts mam

[@harshitagupta2854]

Amazing in single video all concepts 👍

[@vijayakakarla7854]

Very nice explanation madam I will clear back bonding concept thanks for you I am a neet aspirant

[@farahnaaz7031]

Ma'am ap bahot bahot Accha padhati hn apka koi jawab nhi h .Maine you tube ki bahot saari videos dekhi h but apke hr lecture me jis trh se concept clear hota h iska jawab nhi h but ma'am ek request h ap voice ko thoda paas se record kriye please jisse awaz ek dum clear sunayi se

[@sujathag3512]

It's very informative class and crystal clear explanation mam. Thank u so much 😍.

[@niteshchawade4128]

Girl with golden heart words are Inadequate for you ma'am 💖💖💖

[@sumankumawat4536]

Tqq so much mam your teach today a lot off which know was this provided your video... Your very large bharve be.. Again Tqq so much mam

[@as-bw6sr]

Hum yaha ate he taki kuch naya sikh sakhe Ty good goodies frm AIA

[@priyakunjam1487]

Mam you are really good as I have started watching your video chemistry become more interesting 😍😍

[@ms.raihan586]

Mam, I understood all except the example #4 and #5. I'm confused with the bond lengthening concept explanation. If an alkyl group has e- withdrawing group such as F or CN, back bonding between metal and ligand should be least, no? Bc the E.W.G will lessen +I effective of the alkyl group, lessening the e- donating ability of the ligand to metal...if e- donating from ligand isn't great, then pi back bonding from metal would not be great. In example 7 you mention that, F is EWG so pi backhanding is less, therefore v(CO) is greater....Did I miss something in the video? I am studying for my MSc...My American professor does not explain well. I use your video for understanding my lesson so thank you so much

[@komalpooni9898]

Same doubt

[@ishwarsaran973]

Ma'am aap ek dam achhe se padha rahe hain. Notes ki jarurat nai hai. Aap humare liye itna kar rahe ho ye kya kam hai.

[@bandemaataramjaihind3264]

Mam you are really great ..... Pranam aapko

[@ChemistryWalaPrateek]

आपके गले मे Chemistry....Waw ma'am...

[@irshadm9021]

excellent content and superb teaching mam ,thank u sm..👍👏

[@Hussain-wz4nx]

Bahut shukriya mam , Way of explaning is favour

[@Krishnabharadwaj_93]

Mam I like your teaching method ❤❤❤

[@ashinas.1400]

Thanku madam..some part of this vedio is my seminar topic..also iam an MSc.student..mam plz say something about 'experimental evidence for pi bonding in metal carbonyl complexes'

[@sunilsihar6645]

Tnx to u mam my all doubts clear related back bonding 🙂🙂

[@pjrchemistryclasses3200]

Madam you r solving very easy question these all questions are in Ajay Kumar book.......

[@rajendargoud4032]

Madam ur lecture was superb please upload the video about bioinorganic chemistry that is important for iit jam..

[@chemraza9305]

Awsome teacher ever found 🤩

[@umefarwamalik3587]

Thanks alot u solve my all queries ❤️... I was struggling with them alot and finially 😍

[@krishna047-h5u]

It feels cute when you pronounce "Rhodium" as "Rohidium".

[@md.azmathazmath9167]

Ur class is good madam I understand well 👌👌👍

[@ramdhaniyadavramdhaniyadav2651]

Best 💯teaching in world thank🙏🙏 you so much mam

[@rajeevrao6853]

Very well explained, all the concept mam 👍

[@biswajitsen9198]

Good morning. Thank you for this video

[@puneetkumar2817]

thanks for this wonderful videos mam....you said that every ligand is sigma donor at first...one doubt is that ethylene molecule is dihapto ligand....but it is not sigma donor??

[@rukhmaniyadav818]

You are best teacher mam ❣️🤗 thank you very much

[@manishakumari-pz6xq]

Thanks mam.. for best lecture and pdf😊😊

[@jyotidhande6001]

Lot of thanks mam app hamare liye god ho

[@aaryaankhan7405]

Mam u r much more sundhar but your teaching method is also much more sundhar than u. So when u teaches my concentration is totally on ur teaching. Thanks alot

[@adfarnazmeen2621]

In question no. 4 more the donar ability more Will b back Bonding ,and metal ligand Bond Will be shorter and c_c bond will be longer hence A should be the answer. Please clear my doubt mam

[@greenpaperinvesting]

what will be the point in reading notes unless you understand the concept.This approach is good mam.

[@মৌমিতারসাথে]

Di, I think the answer of qsn no 4, bond length order will be A>B as bond strength order is A

[@sayantikasaha1782]

I also think so

[@aryasugathan1779]

Mam doubt in qs no 4 and 7. in as 4 CN is EWG .so back bonding more and lengthen c c bond but qs 7 based on donar ability ch3 has more .. also back bonding .in there some doubt explain pls mam

[@sachinchaudhary2340]

Mam i m ur big fan 🥰 . I m lucky you r my teacher.

[@Travel_Freak11]

Que 7 option 4... t-C4H9 may be t-butyl group.

[@BTSARMY-kr8hu]

Mam can you tell me from where can I practice more different questions on metal carbonyls?

[@marjiaakterasha7600]

Excellent explanation 😊 thank you so much ❤

[@rajasekhar6552]

Tq so much mam could u pls make lecture on partial molar properties

[@shubhasmitabehera6625]

Thank you mam for the reference books pdf😊

[@Wissen247]

Mam 7 question doubt. You said if BB increases the frequency of CO decrease. Then for F5 it should be least

[@sanskrita4]

Ma'am you gave two examples for finding Freq (CO) . One having EWG, one with EDG. how come both have the same effect of increasing the back bonding??

[@sandeepchaudhary846]

Yes bro I have in case of Pt example and after that 3flurione example

[@charulatayadav7740]

Ma'am how to make difference between the -i and +mesomeric effect of OCH3 in GOC please hlp. ☺

[@khushbu2171]

Ma'am can we attempt previous year csir net question papers if we have not completed many topics ? as I have to prepare for semester exams also in December

[@rajatpatel4333]

In ques 4, in molecule b thr r 4 CN (E.W.G) groups so e- density of Alkene will be reduced or we can say tht molecule a is better donar thn molecule b so metal carbon bond will be stronger in case of molecule a and so c-c bond length will be higher in a bcz of gud donor ability of a. But as u said tht in back bonding 4 CN group will pull the e crowd much better frm metal thn a bcz of its EW effect, so in tht case c-c bond length will be more in b. Till hr everythg is clear to me but in ques no 7 we are giving more importance to donor ability of phosphine rather than no of EWG present on phosphine. So I'm bit confused btw ques no 4 n 7 tht whn to give importance to donor ability or whn to EWGs.

[@komalpooni9898]

See there is difference in ligands of ques 4 and 7 in ques no. 4 jaha se donation ho ra hai vahi par back donation ho ra hai, ( Pi of C-C se donation, pi* of C-C mei acceptance) but in 7th que phosphine ligands ki hmm sirf donor ability dekh re hn acceptance tou pi* of CO mei ho ra hai... Tou according to me maybe is liye que 4 mei ewg factor ko importance di whereas in que 7 mei ligand donating factor ko

[@championchampion8306]

@j chemistry mam iit jam me liye chapterwise questions provide kar dijiye practice ke liye

[@ankitasingh-lg5tt]

Please make a video playlist on heterocyclic compounds

[@sumanaraychemistry4478]

Arrey mam... 👍 Mazaaaa agya samajhke... Tysm❤️❤️❤️

[@namratajolhey1643]

Mam jo KZbin me play list bna h kya ho net k lie sufficient h jo v concept h o sab

[@sangitadevi4786]

But mam when we are solving question of olefins we say that because of CN groups electrons are easily pulled and thus v(CO) decreases but when are solving question no. 7 we say that because of presence of electron withdrawing group ligand is not able to donate properly or strongly and thus v(CO) is maximum.plz solve the confusion

[@mleela2038]

Don't give notes ... important topics padare yeh tho kafhi hai... The way ur doing now it's very well.. continue it with only important rules n tricks that is more inoff Di...tq vm 😘

[@poornimavishwakarma6022]

Thankyou its really helpful

[@Shutttupppp]

Maam,in question no.7 , phenyl with fluorine should hv highest frequency right???

[@RahulDas-ee7xz]

Ma'am in this video u say all ligands are sigma donar....but ma'am in different medium these ligands shows different donar ability.....some shows pi -donar, pi-acceptor, or sigma donar

[@anjanasaji3182]

Thank you so much ma'am.

[@anjanasaji3182]

Love and gratitude from kerala. Thank you so much ma'am for helping us.

[@hemistrychemistry2175]

Hello mam June 2011 ka inorganic reaction mechanism ke question aap rank booster me Kara dijiye........ Plz

[@rakheshruthika2379]

Hi Jyoti!! for last but one question I got different answer( b>a>c>d) can please clarify Regards

[@sk_career]

Yes..b>a>c>d this is correct...plse clrify..

[@JChemistry]

Can you tell me the ques no ?

[@sk_career]

6 que. H mam

[@JChemistry]

No whatever I've written is right. Answer will be a >b > c> d only Back bonding is greater in B than A ....so C-O bond will be weaker comparatively and hence low stretching frequency

[@vandanagarg6586]

mam in question no 5 you said backbonding is more towards fluorine side but generally where donor ability is more there backbonding is more as in question 7 and there backbonding is less towards fluorine so plz clear it mam

[@ramuluch4485]

Madam your really great

[@amitabhbachan7633]

Awsm explanation mam

[@thakursaab95]

mam by back bonding metal and ligand bond become stronger and also stretching frequency increase..but the stretching frequency of c-o decrease, bcz the legthning in c-o...so i bit confuse when u are saying back bonding increase and stretching frequency decrease....but your leacture is awesome...im confuse in question no. 7..if possible reply mam.

[@shivangi5583]

I am also facing the same difficulty

[@skhan226]

Mam plz make the vedios on coordination chemistry....

[@hussenshaik8476]

Thank you sooo much madam ...

[@gunjansharma2780]

But We hv asked for CO. ....order shld be reversed (Q7)

[@balkrishnakumawat5028]

Haaa.. sawal me metal legand ke stretching frequency ke hisaab se bataa diya.. lekin sawal me CO ke baare me poocha gaya hai.. par ho jata hai human errror... Wow... Mam.. kyaa padhati hai.. sab samjah aa jaata hai❤️❤️ kaaash..itna sikh paau ki koi paper nikaal paau.. otherwise m last ranker of my clsss.kyuki aaj taak kiisi ka padhaya samjh aaya hi nahi..ab mam ke lecture dekhne ke baad chemistry me interest aaaya hai,❤️ thanku

[@ees5640]

I'm thinking the same

[@ajitkumargiri865]

Mam ur great👏👏👏...

[@aniruddhpathshala3932]

great teacher

[@snehalathaav9708]

Mam.. explain fluxionality in OMCs

[@iitian9277]

Which one having more Streching frequency between PCl3 and PF3?

[@rudranilghosh2713]

Ma'am ye alkyl> aryl ye order kya sirf PR3 me applicable hai ?

[@sumanaraychemistry4478]

No doubt... U r fab❤️❤️

[@kapildevsharma3117]

Thanks mam

[@michaelptungoe3361]

Useful....tysm

[@sumankaushik1565]

Mam prblm no. 7 usme tertiary butane h, n butane nhi h. Isliye long chain of butane nhi hogi

[@umefarwamalik3587]

Is there any vedio on metal alkyl complexes??

[@sajedasahelimazumder9280]

Ma'am can you please tell me the isolobal of Os2(CO)8??

[@Priyanka-ku2kx]

Everything is good but some options of questions were not clearly visible

[@anamikaojha2645]

Thank u so much for pdf

[@vijaywadikar3875]

Thank you ma'am 🙏🙏

[@hope_788]

Mam Mai bsc honours in chemistry me admission liya hu to kya koi paid courses milegi Kya???? Please help me mam 🙏🙏🙏🙏🙏

[@shraddhaverma4111]

Mam synthesis of metal carbonyl is needed?