interference in thin films

[@shatrughandande3913]

Sir very simple and easy Explanation 🎉🎉 sir aap aaise he vdo banate rahiya

[@kairos-e2p]

Best explanation on youtube.. I couldn't understand anything now I am crystal clear thank you sir

[@Eduphile]

You are most welcome

[@Lalaiba.]

Your voice is like triggered insaan

[@Eduphile]

Thanks 😊 ✌️

[@r2fgaming449]

Sound blindness 😂

[@samsungmonsters9387]

Kuch bhi

[@jyostnaranijenajyostnarani139]

Sir your explanation is too good 😊 it really help me a lot in my studies 🙏🙏🙏❤❤

[@abhijeetsrivastava883]

best explaination and very high effort content

[@komalydv766]

Or topics p bhi video bnaye

[@jannelaaryan]

Beautiful and amazing representation and crystal clear explanation
Btw, I'm JEE aspirant,who was struggling to know about this concept .

[@Eduphile]

Thanks a ton

[@KimnuMossang-i7k]

Thank you so much Sir 🙏🏻!
It's so easy actually 😊

[@Midnight_rider993]

Today is my exam and your video help me lot 👍 Thanks

[@Eduphile]

All the best

[@santoshkhadka7916]

Where does the reflected and refracted wave interfere(form pattern ) outside the film or on the film, if it interfere on the film then explain plz?

[@Eduphile]

Outside the film

[@santoshkhadka7916]

Then why shop bubble shine colourful if pattern form outside the film

[@santoshkhadka7916]

Plz reply

[@mudittripathi1267]

Simple and best video for understanding the concept
Sir u explained it very well 🎉
Keep making these type of videos❤

[@Eduphile]

Thanks, Sure 👍

[@RathoreNigam.]

Ache se samajh aa gya sir 😀

[@Eduphile]

Thanks ☺️

[@indraneel1505]

Best explanation

[@AnkitDas-qf6rj]

Nice explanation sir 🎉🎉🎉

[@Eduphile]

Thanks ☺️

[@sanjibjana6757]

But sir... (2n - 1) lambda/2 hota hai... +1 kyun.....aur n = 1,2,3.........n hota... Not starts from zero..... Is it also different for thin film case... Please clear me...

[@Eduphile]

Aap use kar sakte h but n ki value uspe depend karega ki kaun sa case le rahe h
Result same aana chahiye bus
Result important h

[@laxmirajini2550]

Great explanation

[@Eduphile]

Thanks 😊

[@Ronitgandhix215]

Respect ❤❤❤

[@sakshi_singh3]

Sir for constructive interference path difference =lembda×m

[@DakshMadan-jp1sv]

Sir inke notes kaha milenge

[@lo-fi-p3m]

thank you so much sir

[@Eduphile]

Most welcome 🤗

[@imersrevolution3221]

Sir you are great

[@amreennaaz1837]

Sir ye wedge shape thin film h na ???

[@sagardasgupta4118]

No

[@Nehal377]

Sir kya aap hame notes de sakte ho in pdf form
Sir please request he 🙏

[@epicclanbatles]

aap textbook of optics by dr n subrhamaniam brij lal se notes banate ho na

[@Eduphile]

Ji haan

[@muhammadismaeel5854]

​@@Eduphile
Sir send kar dy marbani hogiii please

[@IqraBaloch-g4z]

Sir thin dielectric film wala topic yahi ha yah Woh change ha ?

[@Eduphile]

Thin film topic h ye

[@pachuchwan]

Sir optical path difference ka formula kese aaya

[@Eduphile]

Difference of two paths

[@88Conqueror]

😂😂

[@beach549]

Thanks❤

[@Stranger_is_back]

Sir where are pdf notes ?
I'm really in need of it coz i have my jee soon
I can't make notes ,
I don't have time 😔
Please if possible provide...

[@knee_grow]

Sir aap to pdfile lagg rahe ho

[@PiyushChowrasia-kb3oz]

iska notes kaha milta hai

[@darmusadiq1157]

Transmitted part kdhr hai sir
😊

[@emonchkz7905]

Sir Can you share your notes

[@baidnathdutta45]

Likhe ke liye v to kamsekam notes visible kiya jae tb to likhe insan samjhane k chakkar me sab notes side ho rha h

[@aftabahmed7694]

👍

[@anilputtapaga]

❤

[@Eduphile]

Thanks 😊

[@सौरभNitP]

Sahi hai

[@Eduphile]

Sahi h , n ki values pe depend karta h

[@सौरभNitP]

@@Eduphile o k sir confirmed by Dr. Anurag sir Professor of Nit Patna

[@ShivanshOjha-t4q]

sir pls provide notes
😭

[@GanpatBairwa-jw4mn]

Sir video se Hindi ka logo hta da

[@Eduphile]

Dost voice Hindi ma aur content English ma

[@Hunny2004]

Nice explanation sir wow ❤❤❤❤

[@amreennaaz1837]

Sir ye wedge shape thin film hai na??????

[@Eduphile]

No
Ye video dekhe aap
wedge shaped film interference
ua-cam.com/video/BRwdAZrsECw/v-deo.html