Class 12th - Diffraction | Wave Optics | Tutorials Point

[@TutorialsPoint_]

Watch Playlist on Wave Optics: kzbin.info/aero/PLWPirh4EWFpFWhPippga6iLmdE0MmSC4o&si=SsCsSRP5zPewj-DZ

[@shalmali5193]

Really it's a very very great loss sir. We all miss you....Your lectures will be viewed generations to come

[@vanamasandya4027]

??what happened

[@huzeifazoher3521]

Is he dead

[@sreevishva3416]

Yep

[@MrBibinkk]

Best class in youtube am also physics teacher......

[@geetha7473]

Ok daa

[@jawad_abir]

Thank you so much for your amazing extraordinary lectures sir. Love and respect from Bangladesh.

[@bilasgiri5432]

Cristal clear concept. Nothing hard when a teacher like you.

[@HelloHi10000]

Why so less views in this Best Video of entire KZbin even better than .........

[@sathiya5663]

Best teacher in india ...🙏

[@faithlisa6654]

Thank you very much sir ... Love and thanks from Zimbabwe

[@jauadchowdhury9412]

Love and respect from Bangladesh 🇧🇩🇧🇩

[@saimanjujaya342]

U cleared all my doubts sir hat off to you

[@anisurrahmannayem2606]

What an indispensable lecture it was....really amazing & extraordinary....thank you sir

[@ashahegde7383]

Thank you so much respected sir🙏🏻

[@tushardas6651]

Great explanation, sir 👍👍👍

[@jubtech]

How soothing person 🙏

[@Dd-mu2eu]

I have watched so many videos related to this topic...only u r video is very helpful for me ...thank u for that sir

[@arunachalashiva4865]

Thank u sir ,explanation is simply superb .

[@curiousstudent5961]

Best explaination sir thx so much 👌👌👌👌

[@musiimentaSmith]

The best explanation ever

[@jagritisoni1013]

Amazing explaination !!

[@akankshaagrahari4874]

Thank you sir....i understood everything... Thank you so muchhhh

[@semimathi6018]

very easy to follow! great explanation. thanks

[@lohithaphysicsgirl313]

Super sir nice explanation it helps me alot

[@ganeshraja1789]

God bless you and your children great service

[@jkbajwa2057]

Great👌

[@Unknown-user573]

Very very helpful sir❤️

[@amanbansal777]

You are legend sir I never forget you

[@theboss6488]

Wow thanks sir u made it so clear ! Lots of love to u 👍

[@mustansirhussain4927]

Amazing sir U r great personality

[@puneethreddy3523]

Om shanti sir🙏

[@starsk2130]

amazing like one of the videos of THIS LEGEND

[@vanshikasharma4302]

Amazing lecture

[@ericjoseph2122]

thank you sir

[@RAJATSHARMA-vg2qt]

Nice video very helpful

[@jaytata8207]

Amazing

[@kuntarani1151]

Sir, outstanding 🙏

[@25_animeshsingh30]

Always being remembered sirr #RIP Almost 1 year ago he passed away

[@AraAraarara0]

Omg! Really? 😟I jst started to watch his video... 💔he's explanations r so great!! May he rest in peace 😔

[@GL-Broz]

Tomorrow is my boards paper. Damn it.😫😫😨😨😨😨

[@Error-um7sb]

how was your result

[@Dd-mu2eu]

U have explained dark only then what about bright fringes sir....

[@SalmanKhan-dk2yo]

Thanks sir u really make it much easier ♥️🇵🇰

[@dhirajverma712]

There are infinite points between the A and B but you are taking just those of which path difference is l/2

[@dhirajverma712]

Are yaar dheere dheere fir lag jainge yaar

[@Solomon-jq1wu]

Who all came here because you don't understand alakh Pandey sir lecture

[@apoorboguharoy6577]

1 and 2, 2 and 3, 3 and 4 and so on they have a path difference of 1/100 of the wavelength .. and this should be in the range of the wavelength itself .. moreover number of such pairs are also higher than the ones causing destructive superpositioning .. still, we see a dark spot?

[@kedarnadh8971]

If u think in such a way then explanation would be 1 plus 2 and 3 plus 4 will be cancelled out with 98 plus 99 and 99 plus 100.... Both ways it's the same.

[@physicsvideos9448]

Very nice lecture

[@a.kodandanaidu7746]

You r grt

[@SeemaSharma-vo9lc]

Sir why we took path difference between A and B is ,lambda?

[@bilalsarwar7662]

Thank you sir My reg: 16-Ntu-1407

[@rohittidke7453]

Thanks sir to clear my doubts.....

[@mahijhatwal796]

Thanks sir

[@trehg3236]

Ur concept is same as Hc Verma's Concept of physics

[@RandomPerson494-12c]

19:19

[@aliashraf3240]

Respected Sir, I need your lecture on the topic grating spectroscope, dispersion and Resolving power for BS level..

[@sakshamdobriyal9952]

He passed away 😢

[@ume1731-q9r]

May Allah rest his soul in peace😭

[@Aryan-sw2il]

@@sakshamdobriyal9952 he is alive .... Jinda aadmi ko maar diya

[@AraAraarara0]

@@Aryan-sw2il He's alive? Wat the heck! 😒y r people saying such things den😒

[@Radheradhe12801]

@@Aryan-sw2il sir is no more you can check on Google or his official channel

[@lingamlingam1921]

Super

[@yashsharma3169]

Sir you explain things in hindi very well , please make videos in hindi also ,for better understanding.

[@thorxn1382]

Thanks sir🙏🔥

[@rhythm8359]

As diffraction means spreading of light in shady areas then why we meet light rays coming from opening AB at point P on screen

[@asimkhan8175]

Because there no interference occur and without interference diffraction is impossible😧

[@waytoliberation]

Why the both theta is Same?

[@fahimabrar4103]

Thanks sir from 🇧🇩

[@ಕರುಣಾಳು]

Thank you so much sir.

[@simranmishra9433]

Helpppp

[@kushalkumar1129]

Sir what is wave front

[@suman231ruhil]

Locus of points oscillating in the same phase difference or surfaces of constant phase

[@tusharpatel4634]

Why the path difference should be lambda

[@suman231ruhil]

It is the difference b/w the wavelengths (path length) of each wave so we chooses lambda as distance of them

[@lakshayjain5733]

should have given written explanation also

[@priyapandeypp3855]

Sir please make a video on diffraction at a circular aperture

[@ShubhamKumar-uy8gz]

And is this is the single slit experiment

[@Error-um7sb]

no its a butthole

[@ume1731-q9r]

😂😂😂😂

[@deanshetlar6361]

try this new diffraction setup, over 100 nodes can be seen: kzbin.info/www/bejne/fnenpGtrmKqcgas

[@tanishka_bhu22]

Sir so the calculation in interference fringes was wrong ?

[@minxxdia1132]

umm no. interference and diffraction are two different phenomena. do take the effort to know the difference between the two.

[@ghulamshabir3460]

Why it bends towards the shadow area.?

[@iGamerindia]

That lie is love

[@rajitrana83]

Need improvement

[@somanagesh5734]

not satisfied

[@ankulavi98]

Bkwas

[@prabalsrivastava9808]

don't hurt such nice guys in the world.Please.........

[@AbdullahKhan-bo8el]

That is only your opinion

[@ankulavi98]

@@AbdullahKhan-bo8el its really waste

[@ankulavi98]

@@AbdullahKhan-bo8el nothing before hc verma sir

[@indranilroy925]

BAKWASS

[@j_series.6972]

Thanks sir.

[@rajanivinod6584]

Thank you sir.

[@naqeeburrahman156]

Thank you sir

[@priyapandeypp3855]

Sir please make a video on diffraction at a narrow wire

[@rhythm8359]

As diffraction means spreading of light in shady areas then why we meet light rays coming from opening AB at point P on the screen

[@PriyankaKumari-bg3qx]

Need improvement

[@rhythm8359]

As diffraction means spreading of light in shady areas then why we meet light rays coming from opening AB at point P on the screen

[@bhawna4484]

The diffraction pattern is focussed by a convex lend placed between the slit and screen. Maybe sir forgot to draw the lens

[@rashipplaha1203]

@@bhawna4484 yes it is given in hcv

[@asimkhan8175]

Because there is no interference occur and diffraction is impossible without interference😧