Mod-01 Lec-05 Semi empirical Mass Formula

[@aparajitamazumdar842]

These videos are a gem of a resource on nuclear physics! Many thanks to Prof. Verma and IIT K for sharing. It's a bit of a pity that this video has not been edited properly though. The editing of the previous videos was fine.

[@arafatkazi9811]

This video haven't been edited in a consistent manner.

[@lity6452]

This was like "Memento" directed by Christopher Nolan. 😁

[@meetghelani5222]

hahahaha, not quite that but somewhat of a non linear structure to the video.

[@Multipleusers2023]

College teacher don't know how to teach the nuclear physics. Thank you sir 🙂

[@aniruddhachakrabortyindia]

Back to the past, thrown to future, was i time traveling? Or watching Tenet?

[@ayaskkantdixit1774]

The video starts from 9:00

[@Goldslate73]

This lecture, in particular, was insanely good.

[@bscmathpatna]

One of Finest professor of Physics

[@moisessena1307]

There was some kind of mistake on the editing

[@elamvaluthis7268]

In all his lectures he proved his mettle.

[@reinerwilhelms-tricarico344]

So in that last figure it appears that Fe has the highest BE per nucleon. Is this why iron is sometimes said to be the most stable element?

[@Physics_]

Yes sir

[@marketmail49]

As has been pointed out by one of the commenters here, this video needs some proper editing. The frames involving calculation of Rmin have abruptly jumped to somewhere and also the substitution of A into Z in the formula of Rmin is strange!

[@vipin_cyriac]

It should have been Z=79

[@sayambandyopadhyay]

its really horrible...

[@balendrabhushansingh762]

Very nice teaching which clears all the concept of nuclear physicslecture

[@punitdubey-x5z]

suspense for the separation

[@sunnymullick]

Sir Can you please re upload removing editing errors.

[@mohdfaridkhan1667]

Thanq very much sir for giving us a crystal clear concept

[@venkateshmandadi1203]

good explanation sir

[@gvrp123]

Excellent lecture series

[@gvrp123]

It is the cross-section corresponding to a given theta (scattering angle) and phi (azimuthal angle) over a finite delta-theta and delta-phi. This is the case for a detector subtending a small solid angle that measures the events. When you integrate the differential cross-section over the full range of theta and phi covering the 4 pi solid angle, you will obtain the total cross-section.

[@physicspoint3356]

May God bless you sir

[@jaydubey9347]

thank you very much sir

[@mdsaifalam9823]

THANK YOU VERY MUCH SIR

[@physicspoint3356]

Very nice lecture sir

[@mohitkwatra9587]

Can I get the notes for the same somewhere?

[@journeywithrishi1397]

THANK YOU SIR FOR THIS LECTURE SERIES

[@K1.0545]

Concepts of physics

[@vipin_cyriac]

The video editing is horrible... Topics are misplaced. From 9.00 minutes it starts again

[@wrichik_basu]

Horrible editing. From 9:00, the lecture starts from the beginning. Calculations of Rmin have been edited out.

[@adslive501]

He just rocks the Jeans.....

[@g.physics9.8]

Who edit this video....😓. Anybody could better edit this video after 30 min lesson from youtube

[@satyakimondal2043]

It's a distorted video pls check the video

[@quahntasy]

Very poor editing but nice lectures.

[@GauravSharma-gb3lu]

It's TENET

[@mustafacubukcu2969]

Thank you sir

[@IamAdarsh1414]

🙏🙏🙏

[@amaljeevk3950]

❤

[@mahimasri1271]

Thankyousir

[@psinghpanchamsingh755]

Sir plz tell more about how nucleus is stable... Means nuclear force

[@sanayok1]

9:00

[@bhartitakshak3856]

thnq so much sir..

[@g.physics9.8]

Editing is extremely bad

[@MustakAlimars21_al]

very poor editing

[@sayantanroy6111]

Horrible editing!

[@littlebitphysics7342]

poor editing of the video

[@deepikamoola3216]

Thank u sir

[@bipulkarmakar3468]

Poor editing.

[@curiosityfacts4651]

Thank u sir

[@BirendraKumar-co1bh]

Thank u sir