newton rings - interference complete tutorial

[@CliffCarmichael]

This has to be the best video lecture on this topic I have ever come across on KZbin. Thank you very much.

[@eTution]

thanks

[@GarvitCoachingInstitute]

kzbin.info/www/bejne/nHe1lHybr8-ipNk👍👍

[@CliffCarmichael]

@@GarvitCoachingInstitute GTFO.

[@febinmarinefoodssullurpet8923]

Metoo

[@ushakummari1646]

VERY CLEAR EXPLANATION AND EASILY UNDERSTOOD.....TQ SIR.....😊😊

[@prudviraj2145]

Your best teacher in physics Nice explanation

[@ruturajpatil6356]

Really helpful for a day before exam!!!

[@maheshparuchuri1268]

Sir iam also studying in NEC, cse1st year Your is easy to understand, excellent sir

[@kavyasree8826]

thank you so much for this amazing video sir. tomorrow is my exam and this video helped me in my last minute. not only this but I also listened to all your classes regarding lasers , schrodinger wave equations etc.. thank you sir

[@kavyachinny7708]

Which year this physics sub

[@kavyachinny7708]

Which year this aub

[@duddu04surya53]

@@kavyachinny7708 1_1

[@sai__777]

@@kavyachinny7708 first year sister

[@alihussin3345]

Omg this is a very good video... Im so thankful to the prof who did the lecture on this topic in this vid.. I have to present this topic tomorrow and my last minute plan work.. Really thank god i found this vid.. God bless youu😇😇😇😇

[@Ivanko71]

Thanks sir...for the amazing lecture...n derivation too...I thoroughly enjoyed it 👍👍👍

[@PremSagar-nh6lc]

Excellent bro......very well explained....better than my lecturer.....completely understood....now I can write the test with full confidence....👍😆😘👍

[@kosuribalaji6929]

Very thnku soo much sir degree IVth sem ki prepare avutunna present me cls naku chala use indi tq sir

[@eTution]

please like our other videos and support us

[@hymavathibangaaru6454]

Super explanation sir I inspired by u r explaining way

[@srinivasengineeringstudent1248]

Better than our lecture sir. Ican easily write in exams

[@manabhimavaram5627]

Screwed up this Newton's law thank you brother

[@bashongkunmassar7124]

I can understand your explanation very well. Thank you sir👍

[@b32saikumarichepena65]

Sir chala baga tech chasaru sir

[@meghanapolepaka6906]

What a! Understandable teaching ,TQ sir for teaching

[@anirudhkuricheti7865]

Nthaina guntur vallu thop sir good &superr explanation sir

[@chaitanyachaitanya982]

Well said sir.....Good explanation skills you have which can easily understand for me.... 🙏

[@amanueldereje8070]

THANK YOU

[@pragyakatiyar9316]

Thank you so much sir 😊 Apne bahut accha pdhaya

[@infinitymax9728]

Excellent video, Thank you so much sir❤

[@rajivtheju6605]

Too good explanation about this topic

[@growthinstinct3190]

Wonderful and crystal clear explanation sir👌👌👏👏👏👏

[@Sravs7115]

Complete combo in one video nice video sir😊😊

[@dorababu3585]

Sir supur cheputunaru sir very good

[@aakashraovallapuneni2955]

please note that @15:37 the refractive index of the liquid is equal to the difference of squares of D "for air" dividede by the same "for the liquid"

[@kasivojvularakshitha6350]

Awesome explanation sir

[@p.sasisrichandan1765]

simple and clear explanation sir thank you

[@ajayanil3323]

what an excellent explanation for newton rings . just amazing💯💯❣

[@kantimahanthisaiakhil45]

Nice explanation sir 🔥🔥🔥

[@dhanimireddypadmavathi7551]

thanks for your neat and clean explanation. this video is very helpful.

[@my_music613]

Thank u

[@Swathi_Siara]

Excellent sir.thanku verymuch

[@nitinsahu19]

Thnx.. Sir.. For this very^2 Understandable video for this topic....for sure this will help me a lot in my exams.... i didn't find such a video🎥 on KZbin which is so excellent.....🤟

[@shoaibalam7855]

Thank you sir.. Great explanation. 👍👍

[@cernhann7418]

Thanks a lot sir…you saved my life

[@bhavanitadivalasa906]

Class excellent an easy to understand. Thanks sir

[@jijuxavier.s7555]

Nicely explained 😍

[@manishachinni9182]

I really like this ...nice explanation 👌👌

[@prensudangol1547]

Wow great sir I missed this online class .... Whoever has this problem raise your hands 🙂

[@narasareddykaliki7987]

Excellent explanation

[@Devi123r5y]

Nice sir thank you bhut bhut achaa vedio hai sir thank you bhut bhut achaa vedio hai sir 🧡🧡🌹🌹❤️❤️😊😊👌👌🙏🙏

[@Vrocks_]

thanks sir i cleared my doubts

[@sureshsujatha2711]

thanks sir ...

[@rajinikanthchalla915]

Superb sir, good explanation

[@harshsikarwar9818]

Awesome lecture sir. Thank you so much.

[@anilsupreme1400]

Thanks you sir... Excellent explanation..

[@CrazyStuff]

super explanation sir

[@anr864]

Yes super explained

[@anr864]

Super Star Super

[@sireeshasreenivas4874]

Nice explanation

[@blzKrg]

How to calculate the fringe width of these rings?

[@diwaspoudel3812]

fringe width of 4th ring is: radius of 5th ring - radius of 3rd ring.....

[@krupamounika1557]

Tq sir for ur tremendous lecturer....🙏🙏

[@malavinodkumar4550]

Thank-you so much bro this is best video

[@Parthasorenchess]

18:14 final value of μ is reciprocal of what you wrote

[@CharantejKomaram]

Yes

[@Abhijiths.369]

Is it correct? Plse tell me

[@Abhijiths.369]

So the final ans must be it's reciprocal?

[@sanyamkukreja9000]

Thank you sir apne bhut acha explanation kiya ha aur video prepare kar digye

[@iamyou5299]

Very good good sir, love you very MUCH.

[@GarvitCoachingInstitute]

kzbin.info/www/bejne/nHe1lHybr8-ipNk 👍👍

[@JagadeeshAmbati-nj3lw]

Correctly

[@bhavanikarra5459]

Thank you sir .I understood clearly

[@atiqtonmoy7300]

ধন্যবাদ স্যার; বাংলাদেশ থেকে আপনার একজন ছাত্র

[@GeoRaphaelMichael]

Thank you for the English explanation, Hindi explanations are suffocating KZbin.

[@-John-_-Wick-]

what are you trying to say? that English speakers don't make educational videos??

[@-John-_-Wick-]

and Indian teachers should fill that gap

[@GeoRaphaelMichael]

Of course not, just that English speakers don't make videos that are specific to the Indian syllabus, and are not great for exam preparations.

[@-John-_-Wick-]

@@GeoRaphaelMichael then please don't comment on Hindi

[@mounishachalla4059]

Super explained sir

[@sauravdwari3071]

Sir, best explanation

[@nayinishruthireddy2876]

Simply osm nd neat explanation

[@jayasree5164]

Thanku sir..very usefull 😊

[@devasougandh6386]

Sir excellent sir by seeing once I got this sir excellent teaching sir

[@supriyalekkala3665]

Sir, the formula of refractive index of a liquid using Newton's rings is wrong in the end. It is (Dm²-Dn²)/(D'm²-D'n²)

[@bhaskarainam7672]

S

[@pmk8920]

Yeah ☺️

[@yuvarajreddy3853]

Hi

[@kirrakkarthik1007]

S

[@brendawilliams8062]

Excellent. Not a more superb example of triangles.

[@kelashbgehlot3802]

Nice explanation sir.

[@Tirumadivaraprasad_B_]

Thank Q sir. for excellent explanation......

[@sadabahar90s41]

very well explained sir

[@MorapakulaGopikrishna]

Why 45 dgree

[@axpirian9938]

so that light reflects normally to incident direction as angle of incidence will be equal to 45 (as i+45=90 so i=45)

[@lnm1294]

So nice video totally understable

[@raghavgarg1258]

Sir,lecture is good but there are so much add on your vedio that turns your good lecture not good. Please do not add to much advertisement.

[@latestknowledgebag8628]

Bhai he also have to earn if u don't want add just skip them Don't expect to much

[@raajkumar8039]

ad*

[@Faithonurself]

For bright + or - u take of we consider + n value starts from 0 of we consider - n value starts from 1 is it correct sir . if we take + and we need to find for radius 6th bright ring we have to take n=5 then r5 we get but we need r6

[@vishalgowtham896]

Very nice explanation

[@rahulsadaram5805]

Good explainarion sir

[@k.v.c.h.0007]

18:16 maybe a minor mistake in equation , I think it will be reciprocal

[@shameerk9630]

Sir, super class .

[@ravinirwan3933]

Sir at the last step when u were explaining that how to find the diameter of dark and bright frindge there I think u have mistaken in writing the given formula for the dark and bright frindge

[@saiteja1689]

Good explanation sir

[@krishnakrischowdary8804]

at 2:12 what you said is wrong sir for bright fringe its 2t=(n±1∕2)λ for dark fringe 2t=nλ u said it in reverse sir

[@nandinisharma-fo1zu]

very nyc sir ji🤗☺

[@gamex5432]

No sir the experiment in which place we can use sir

[@chunaradhaval9028]

Ray 1 and 2 go out side then how to we show fringes?

[@BivekChettri]

Excellent 👌👌

[@ankits5020]

Thanx sir..very well explained..

[@VaddeanilVAnil]

Very like this Newton rings

[@anupriyaagarwal5546]

Very helpful vedio sir

[@MadduriRojaLakshmi]

Why Newton rings are circular

[@debiprasadmajee7783]

Great job sir ,... Nice

[@CraftReaper-OmarFaruqTawsif]

it would be nice to have subtitle for this ..thanks

[@samerakhodadad7625]

Why the frings are circular in michelson's experiment mathmaticaly?

[@sriharidomala6078]

Hii it is in topic of its

[@vamshikonda7309]

Refractive index of unknown liquids mistake

[@bhavishyanarayanpandey9806]

Why are reflecting rays and incidencing rays going in same path

[@oneliner683]

Very nice explaination

[@karishmaverma4323]

Sir tanks

[@suryamohandoss3057]

why we are taking from 1 to 4 and 9 to 16 , why cant we take from 1 to 5 and 6 to 17 , is there any relationship for the numbers 1,4 and 9,16

[@mallavipande8619]

Y should we take mue IN the denominator

[@rishikumar-gd7se]

Great explained

[@mahenderkumar2408]

last me u(refractive index) ka formula ulta likh diya

[@414kunchalavenkatesh9]

Superb sir

[@gandupalliramlaxman6321]

Nice sir😊

[@btsuniverse2248]

Sir y the Newton's rings are in circle

[@varsharoy8674]

Why Newton's rings are concentric circles?

[@shawnveldhuis474]

Can someone explain how you calculate the thickness of a ring?

[@shubhamkumbhakar8294]

Thickness of nth ring is differnce in radii of n and n-1th ring = (Dn-Dn-1)/2

[@jonnadasathish9627]

👏👏 super sir

[@Indianrailways_09]

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