Magnetic Properties

[@arpitgupta942]

Video quality should be improved because the content written on board is not so visible.

[@universaleducationpoint4605]

Thanks Sir for giving very interesting and informative information.
Dr. Surender
Assistant Professor
S.K.Govt. College, Kanwali (Rewari) Haryana

[@amitimsc]

Good to hear you Sir after so many years. I was curious about what -N(E) in the inverted E-N(E) graph should correspond to physically? These were the spins that are antiparallel to the magnetic field (when applied). Thank you.

[@kissoonbilaal4902]

Thanks a lot..I've learn paramagnetism, diamagnetism and ferromagnetism more effectively through this video

[@swapna0567]

awesome explanation. TQ SIR.
i hav a small doubt when electrons jump from opposite direction to parallel direction side of field how there spin vl change llel to fie dierction.if anybody knows plz post d ans.

[@kumarreddy1636]

At 24.07 secs what is lefted magnetic moment and because of what?

[@praveshbarthwal2279]

Since cancellation is complete in antiferromagnetic materials, how do they have net magnetic dipole moment in the absence of magnetic field.

[@viveksharma6986]

Actually they don't have there is no net magnetic moment.

[@nazeemummer1]

Remembering Head of Dept. Physics Farook college . Prof T. Mohammed

[@Shailendrasingh-ql4oe]

thank you so much sir.

[@laxmanchikhale9415]

Hi....I am Dr.Laxman chikhale, Really a good presentation of how fermilevel balances when field is applied on it.Thanks sir good explained on board.

[@meenus5458]

Behaviour of Fermi level balancing through the self adjustment of electrons are better explained.

[@yugandhardesai8493]

helped me a lot.great lecture

[@drsmunawarbasha2391]

Good explanation of magnetism by using different magnetic parameters

[@dsrphymlsm]

The behaviour of Fermi level when Magnetic field is applied is explained in an excellent manner.But how the spin of electrons changes when they jump from opposite direction to the parallel direction of the field?

[@shunmugapriya4107]

Very good explanation Sir. Thank you very much

[@nagabhushanabr8479]

Excellent and informative session.Thanks

[@gayatriprasad3790]

Thank you sir for explanation related to magnetic properties.

[@rajeshkumarhyam2081]

Very basic and important lecture for the researchers interested in magnetism field and also teaching magnetism . Good to hear from the experet in the field.

[@venkatbheeseti5734]

excellent lecture sir thank you soo much

[@DrRubi-js5tc]

Thank u Sir for such informative and useful demonstration of magnetic materials

[@mehuldave6839]

Nice to learn magnetic properties thank you sir

[@jayashreebagawade696]

Thanks a lot Sir for such informative and useful demonstration.

[@rsphysics2646]

Very informative video

[@dr.rajeevamp3487]

Nice presentation about magnetism

[@goutamkumarmaity4815]

Thanks Sir for giving very interesting and informative information.

[@dr.rajeevamp3487]

Nice presentation about magnetism

[@vaishalitrivedipathak9120]

Much clarity...thank you sir

[@amacademy1972]

Learn a lot thanks

[@Honey-yv8fc]

Curie law and viens law m kya difference h

[@WeallMaharashtra]

Nice session on Magnetic Properties

[@emmanueltom614]

Nice session

[@hemantkumarmeshram7304]

excellent lecture on Magnetism !!

[@joyvijila4380]

very nice presentation sir

[@riteshraushan3803]

thanks sir , it helps me a lot

[@balajim2357]

Informative presentation.

[@dr.b.gnanavel3765]

Nice presentation Professor.

[@drjayabalpalanisamy8302]

Thanks for the talk sir

[@narayanasharmahd]

Very neat explanation

[@dr.lathan7263]

Informative session

[@arvindkumargupta1189]

Nicely explained Sir.

[@sreejiththykkandy861]

Nice presentation

[@rohitsarwade9707]

Thanks good work sir

[@dr.rameshbhise2178]

good explanation

[@muhammadayyankhan758]

why magnetic properties increase as vacancies increases?

[@Yash29Oct20]

Thank you for the video sir. It was an informative session.

[@kparibas]

very nice lecture

[@drvikasdeshmane6147]

Thank you sir

[@chinnayanbright9480]

Really a good explanation how Fermi level balances when field is applied. Thanks professor

[@surajitmandal8225]

Great Explanation.

[@dr.priyadeole67]

Nice Video Sir😇

[@iswarprasadkoirala1229]

good!

[@vivekarane8443]

useful lecture

[@drbinus1064]

Excellent session on Magnetism. Thank you Sir.

[@jnpandya2364]

Thank you

[@merabharatmahan8473]

No ,diamagnetic materials have magnetic moment but it is orbital magnetic moment which is very less

[@Fit_india21]

Yaaa

[@AmitKumar-zw2yf]

Sir u r doing aaaa I don't undrstand

[@manilalramanujan5022]

CHOKe class....funny..

[@ranavivek819]

Quality teaching.Great work!!

[@lokeshgupta5487]

Nice

[@lulloopunjoo]

do you have some lectures on plasmonics!!

[@bestoemoo3369]

thnx Dr
I do understand what you say

[@NaveenShettyind]

excellent lecture on Magnetism !!

[@rajeshmalik2464]

Naveen Shetty

[@shivdattkumarfaculty1747]

So much 'Aah' while speaking is rather discouraging and breaks the continuous thought process while understanding a concept.This is why fluency in speaking is so important.I expected much more from an IIT Madras Professor.

[@inevitableheatdeath]

Who are you again??

[@somenathkumbhakar9152]

No need fluency.... video is full of concept which we need more ...