Fraunhofer diffraction due to single slit, PHASOR, resultant amplitude, Physics, WATCH COMPLETE VDO

[@tanvirulz]

Very nice! It is the clearest video on youtube on this topic.

[@akankshasingh3805]

I am struggling for 2 hour with my book for this topic and from your video I learn the concept in 16 minutes. Thanks a lot!

[@sumitpatil8695]

Same

[@prateekgurjar1651]

The way you explained the phasors was really awesome. Thanks. Just what I needed.

[@SSPhysics]

Thanks for your appreciation. Please like the video. Subscribe and watch other videos from SS Physics channel

[@varshabajaj1396]

Best explanation 🎉

[@nikhilgautam007]

Nice explanation sir👍👍

[@lissymannitha8710]

Really excellent explanation with phasor diagram

[@hiteshtalreja6985]

Superb explanation !!!!! Zabardast!!!!

[@aryensujjan]

Just one word I can say " awesome "

[@mohinipriyachinthoti4931]

simply super explanation about phasors.thank u sir

[@asawaleshubham2925]

Sir bohot detail mai explain kiya ,aur easy way say ,ty sir

[@dikshitsuthar6504]

Sir aap to upcoming physics wallah ho....👍

[@asmitupganlawar9822]

literallly amazing video

[@aloneberyllium7479]

awsome great explaination its now easy to que based on diffraction thanks a lot sirrrrrrr love from bottom of heart to physicsss

[@shashankrai886]

Crystal clear concept

[@chrphysics9863]

Very nice and lucid explanation.

[@_AKRAJ27]

best explained

[@blitzorddd7310]

Superb.. Really 🙂

[@Teachers-r8h]

Very Nice Explanation. Very Good. Maintain it Sir.

[@adithyaprasad2743]

Thank you very much, Sir.

[@adityabaghel1270]

This was beautiful

[@ashishsharma5755]

Really very detailed concept given by u

[@neeru320]

perfect explaination ! concept is much clear now . Thanks

[@SSPhysics]

Thanks. Please refer SS Physics channel to your friends.

[@manishas3810]

Good sir....

[@cossMania]

very nice explaination sir thank you

[@sonufazi8977]

Thank you sir

[@chhavisukanya5541]

Amazing 🎉

[@AshtangaAyurveda_Study-hp8qk]

Awesomeness.great sir..Plz more videos

[@tamilselvir1459]

clear and detailed explanation. very helpful. perfect pace . ty :)

[@SSPhysics]

+tamil selvi Thanks

[@67sarabjeetsingh14]

Awesome 😁😁😁

[@shivamkumarsingh3217]

Thank u sir very well explained

[@juliangrondel1047]

Thank you so much!

[@amanmishra-bp3ex]

Thanks to clear my dout about thik topic

[@happyworld1849]

Done with detailed explanation (step by step). Good work. Thanks a lot. Please carry on your hard work.

[@simbakaria5664]

Amazing video - Thanks keep it up

[@SSPhysics]

+Meow karia Thanks for encouragement.

[@user-ew2tk8mn2w]

Thanks a lot you have got a new subscriber,awesome animations

[@sharifabdulrahmansharifhas6607]

Thank you Prof. I'm from Malaysia and this lecture help me a lot

[@thehelpinghand2265]

Sir very good way

[@subratagnihotri5259]

wow i can understand this subject now

[@shivanshusahu6121]

Very useful video

[@NiranjanND]

Thanks 😬

[@praveenkumarmorabad1358]

I get it Thank you sir I liked& subscribed

[@shivamchauhan6404]

Sir diffraction of light occur when light hit the ends of the slit then why here every light bends at an angle theeta even they are passing between the slits,not hitting the slits

[@SSPhysics]

Good question. Though these rays are not touching slit, they are very close to the slit(as the slit width is very small say in micrometers) where influence(for very short distance) of atoms of the slit is present. Because of interaction of electric field of atoms of slit and electric field in wave, diffraction occurs. This is quantum mechanical phenomenon. If the slit width is large, central rays will not diffract and will go straight.

[@shivamchauhan6404]

@@SSPhysics thank you, my doubt is cleared.This unit is going on in our class

[@hiteshtalreja6985]

@@SSPhysics Sir , but according to Huygens's principle each point in the plane of the slit will behave as a secondary wavelet and therefore light goes in all possible directions so that's why rays bend at an angle of theta ?

[@SSPhysics]

Yes. You are right.

[@mohitbhangale2755]

Thank u sir very very nice explaination and representation...add more videos please on interference and diffraction

[@dhaneswarmeher4033]

excellent

[@pavanreddymedapati2115]

Sir explanation is very good....but you did a mistake in equation number...........finally......video is very clear full

[@SSPhysics]

Pavan Reddy Medapati Thanks for the comment. Which equation you are talking about? And what mistake?

[@pavanreddymedapati2115]

Sir equation number 1 you considered 2times......

[@SSPhysics]

Pavan Reddy Medapati Yes you are right.. You can ignore first equation number.

[@lucky3.0]

Thanks sir I got it

[@denisep.5650]

Awesome, I didn't find this explanation till now, keep going ✌️

[@rdrahul9444]

sir make a video on diffraction due to double slit btw your explanation is perfect

[@tahmeedrahman3101]

I'm a bit confused But I'll keep watching this... hopefully I'll get it

[@kaleemullahjutt9620]

path difference between 1st and 3rd ray, two consecutive rays ka k brabr ho ga ya zyada ho ga?

[@chandrasekharbehera8796]

Sr in this video you showed that the rays diffracted downword at the point A. But we know diffracted rays go along the geometrical shadow region.but here the rays diffracted towards the eluminated region.how could it be possible?

[@SSPhysics]

Here slit width is shown big for convenience. That's why it appears like that.

[@chandrasekharbehera8796]

But sir how the rays from A&B will be parallel. If the slit width is very small,then also we can show one ray going upward and another downwards.

[@SSPhysics]

When single ray passes through slit party it get diffracted upward, partly downward and partly goes straight i.e. parallel or undiffracted.

[@vibodhj349]

@@chandrasekharbehera8796 Here, the diffraction effect is shown at a single point on the screen and that is why we are considering all the wavefronts/rays which are propagating parallel to each other( Assuming refraction of all the parallel rays is the same throughout) which helps us reach the conclusion that the point is of minimum intensity( If we assume that the total path difference is equal to the wavelength of the light incident on the slit)

[@vibodhj349]

@@chandrasekharbehera8796 The effect on all points of the screen is not being considered for simplicity.

[@bhagwatiprasadjha8429]

satisfied by the video but at the same time i was annoyed by the interrupting adds which were coming in between.

[@SSPhysics]

Dear students I want your feedback about videos on SS Physics. Like speed of explanation, video sound, method used(ppt), animation etc.

[@SarikaDevisetty]

Can u add a video of Fraunhofer double slit experiment

[@adiveshvinchurkar9728]

all things mentioned above are perfect I liked your animation, and style of explanation....... ' thank you very much.......

[@SSPhysics]

+Adivesh Vinchurkar Thank you Adivesh for your comment and happy Diwali!

[@hallodnowamani1960]

SS Physics thanks

[@SUNNIWORLD1]

nice vedeo i found on fraunhopper

[@zenithadi4274]

Best

[@shishirkhanal3090]

nice explanatuion

[@nishitatoshi]

Superb...upload more videos

[@SSPhysics]

+Nishita Toshi Thanks Nishita for your comment. Do support, subscribe and share.

[@damodaravadhani9006]

Helped me a lot Keep making more videos and helping students. Thank you very much

[@zaidahmad9927]

Tq soo much

[@siddhantjain2402]

Very detailed explanation sir. Loved it!

[@SSPhysics]

Thanks Siddhant for your comment. Share this to all your engineering friends.

[@burasaikumar7715]

Can u prepare video for fraunhofer diffraction due to double silt

[@SSPhysics]

BURA SAIKUMAR Sure. But it will take time.

[@divyabharti5663]

+SS Physics kb ayega???

[@Vardan_p]

Good video

[@andreig2946]

Absolutely amazing! Thanks for the help!

[@SSPhysics]

Welcome. Please recommend to your friends.

[@rutuja3615]

Helped me alot...

[@mangeshvitekar9030]

Sir add videos on 3rd unit polarisatio and laser

[@noveltycuisine5321]

understood clearly

[@pfortech697]

Very nice video sir .newton ring ke baare video banaye

[@SSPhysics]

+p.r mandal Thank you. Working on it.

[@RAJ-dj9ue]

Nice

[@tuhinmondal3115]

Please make video on diffraction through double and triple slit.

[@SSPhysics]

Single slit diffraction. Write your doubts here.

[@syedrashid6738]

SS Physics Sir i need integration method for the same So plz help me

[@shyantikaghosh]

yes sir i also need

[@SarikaDevisetty]

The video is very good...Can you explain Fraunhofer diffraction in Double slit also...Can I get a video of that..

[@SSPhysics]

+SAISARIKA DEVISETTY Thank you for watching and commenting. You want a short explanation of double slit diffraction or a detailed explanation as in above video?

[@SarikaDevisetty]

Sir I want detailed video same as the way u explained for single slit

[@SarikaDevisetty]

Can I get a video now..

[@SarikaDevisetty]

Sir even I want a video on Newton's rings..plz sir

[@SSPhysics]

Hello, I am Assistant Prof. at an engineering college in Pune. I make the videos in my spare time on Engineering Physics. It takes lot of time to make good video because of the animation, recording and editing etc. Also I alone work to make the video. Presently I am making videos on topics which i teach to engineering students(Pune University). Sorry but for other topics it will take time(few months)

[@nirajpathak7225]

nice video really

[@SSPhysics]

+niraj pathak Thanks for feedback.

[@sarmadabbasi7902]

Thanks

[@aditkalyani7966]

Awesome!

[@mangeshvitekar9030]

Add videos on nano particle

[@dontgetmewrong7354]

Sir what about secondary maxima and minima ??

[@ajinkyashete9099]

Nice one

[@grabknowledge7890]

way in which u have explain with phraser diagram that is very useful to me, sir I am requesting to u please, explain "freunhaffer diffraction at double slit" like this

[@lucky3.0]

Need other chapter videos

[@SSPhysics]

What course and university?

[@dharmaramkhuriwal351]

Nice😘😍

[@SSPhysics]

What course you are studying or preparing?

[@princepanchal2414]

Derivatives k bare me kuch puchna hai Reply me if Yes

[@random_user_21]

very detailed explanation. thank you sir

[@SSPhysics]

+Gade Utham Thanks for comment. Watch other videos also on channel which may help you.

[@Tushar-kj5wm]

Should've derived considering n no. Of slits for the general formula

[@SSPhysics]

That is diffraction grating. That will also come.

[@Tushar-kj5wm]

@@SSPhysics I meant n no. Of slits where n is tending to infinity.

[@abhijeetkathe1735]

Nice nice

[@SSPhysics]

+abhijeet kathe Thanks for the comment.

[@aayushlamichhane]

GREAT

[@Abhishek29052]

What is alpha here and why we let it

[@SSPhysics]

Alpha is phi/2. Where phi is total phase difference.

[@anitashenoy3890]

what is alpha?

[@SSPhysics]

Alpha is phi/2=half of the total phase difference between all light waves which are diffracted at an angle theta.

[@anitashenoy3890]

SS Physics thank you

[@vinayredkar5046]

Phaser ?

[@SSPhysics]

Phasor method to ad amplitude of waves.

[@SUNNIWORLD1]

upload on double slit also

[@khurshidalam3787]

its helps me

[@Abhishek29052]

Why we let alpha and why alpha/2 only

[@SSPhysics]

Just for easiness in calculations. 😊

[@SSPhysics]

If you see complete derivation you will understand.

[@kunalchhikara5036]

You have put a hell lot of ads

[@SSPhysics]

Sorry but to have free contents no option for these ads.

[@Xavier-kj2lv]

Book mai do lens liya gaya h

[@SSPhysics]

+Sheikh Azhar In top figure only one lende is shown. First lens is not shown. But it is there, which gives parallel rays which get incident on the slit.

[@SSPhysics]

+Sheikh Azhar In bottom left figure lenses are not shown just for convenience. But they are there.

[@Xavier-kj2lv]

Sir samj nhi aaya ..

[@sarvan7355]

Thank you Sir,

[@diwassati6534]

nice video

[@ishanvalecha9546]

sir,please add video on topic zone plate

[@pravinchoure9324]

Nice

[@chanakyasinha8046]

Thanks

[@krishnavamshi595]

Nice