Wien's Displacement law - A Classical Approach

[@cosmovate4081]

This is Crystal Clear Content.

[@chachap59]

First time finally understanding this concept

[@hitenderyadav2929]

Great graphics, good deal of efforts sir Thanks sir

[@psivakumarpsivakumar7046]

Wow supper and very clear explanations🤗💯🔥Thank you soo much sir🙂😇👌👏👏👏

[@Physics2001ideas]

Best lecture ever 🙏🙏🙏🙏

[@sanak6232]

great explanation brother

[@kkpareek2917]

Very good explain sir....plz more topics 👍

[@Supreet667]

Well explained👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻

[@shahgee6854]

Well explained😘😘😘

[@vaishnavisharma623]

the video is clear but there is a mistake, he said rigel has temperature 1,100K but it is 11,000k.. anyways the video was really nice! :)

[@hudabaig531]

No he has mentioned in video 12,100 which is quite correct near to what exactly is

[@hudabaig531]

Vaidhnavi i agree with u that it was really awesome

[@chococookie7732]

perfect video..👍👍👍👍

[@boahancock388]

Thank you so much sir its very helpful

[@arjunsinha4015]

Thank you so much sir.

[@sushila9528]

Helpful thanks sir

[@nandhu_study_zone]

It's awesome

[@wildgamer0073]

Mister bruda😉

[@lsrinivasan242]

Can u plzz elaborate the drawbacks of wiens law

[@Fizica.]

Major drawback of WIens displacement law is that, this can not fully explain Black body Radiation curve. Wiens Displacement law is only applicable for shorter wavelength. For the Higher wavelength, wiens law deviate from experiential curve. If you want more information on this, let us comment.

[@lsrinivasan242]

@@Fizica. how does it deviate?

[@sakthis.sakthivel683]

Super sir

[@nguyenhuynhanhkhoi7933]

good

[@Completebuilt]

TQ u dr

[@wildgamer0073]

Hi who are seeing