michelson interferometer

[@ythearthacker57]

Actually this man is making our future....sir u r really a legend, thanks a lot

[@Eduphile]

All the best

[@sagar.shukla]

I just wanna appreciate your dedication making notes and then explaining it really well!! 👏👏💛

[@funtooshfun2330]

Kal exam h kya bhai

[@abhisheksinghrana4144]

​@@funtooshfun2330hnn

[@vaibhav9310]

​@@abhisheksinghrana4144same aaj hai😅

[@pragatimis04]

Soo good explanation.... Thank you so much sir.. I Understand just in one time

[@SouravKhtri-eo1ul]

Insta pe ho

[@applegmaingyt6809]

same brohh

[@PriyaBadyal]

I totally irritating find a simple ,easy explanation on KZbin but I found your video is perfect ,easy understandable ☄️✨🤝 Thank you so much sir 🤩

[@Eduphile]

Glad it helped! , Most Welcome 🤗

[@SouravKhtri-eo1ul]

Hii

[@suryanshdubey7788]

English sudhar lo fir bolna

[@aqsaafzalwattu]

See the lectures of Hassan freed are so amazing

[@samreenanjum1121]

Such a great explanation ... thank u so much sir...

[@mrpsycholozy]

You are one of the great teachers. Thanks sir , sir please notes ka arrangements kar dijiye

[@Eduphile]

Thanks 😊

[@payal_patel_8749]

Tomorrow is my exam sir...and by your videos I study all topics Your videos is bestest 💯😎 Rgpv student 😁

[@Eduphile]

All the best

[@payal_patel_8749]

@@Eduphile thank you sir😊

[@Aryanbhargav-nk6jz]

nice sir parso exam h btech 1st sem uske lai aaya hu rgpv

[@Eduphile]

All the best ❤️

[@Aryanbhargav-nk6jz]

@@Eduphile thanaks

[@priyanshuranjan3796]

Bhai Mai bhi rgpv parso exam hai

[@SomuMishra-bw4py]

Me bhi ​@@priyanshuranjan3796

[@Aryanbhargav-nk6jz]

@@priyanshuranjan3796 hmm merko abhi chemistry hai ed hai bee hai tumko abhi hai

[@Kazmi-oe3tt]

Mashaallah very well explained 😊 . Thank you sir.

[@Eduphile]

You are most welcome

[@shivammewada7808]

Really kyaa to samjh ata h n ase padhne Mee .....❤.

[@kpoli7494]

Thank you for providing such clear concept video with notes. These days k I’m using your videos, they are very helpful for me.. Tons of love from Nepal

[@Eduphile]

Glad to hear that

[@LaxmiSahu-w6j]

great teacher and nice explanation.. 😀

[@manikantasripathi755]

Sir, small correction m1 mirror's wave got 2 times reflected - therefore its got two times phase shifted i.e 180(degrees)+180(degrees) = 360(degrees) = 0 degrees therefore no phase change but m2 mirror's wave got once reflected therefore phase change of 180(degrees) NOT because of just AIR FILM as u mentioned in the video... correct me if im wrong TQ

[@Rkfactorm]

Sir you are great ❤

[@Eduphile]

Thanks 😊

[@ritikasharma2058]

Thank you for explaining really well🙌🙏

[@SouravKhtri-eo1ul]

Hii

[@muskansharif560]

very very very helpful ...thnkuuuuuuuuuuu soooo much 😊

[@SouravKhtri-eo1ul]

Hi

[@muskansharif560]

@@SouravKhtri-eo1ul ??

[@19usamaasif59]

Hello sir! U r just great!!!

[@Eduphile]

Thanks 😊

[@anantchourasiya4359]

Bahut badhiya mja aa gya thanks for giving theory in simple wave....

[@Eduphile]

Most Welcome 🤗

[@ARiSU11]

Your videos is very helpful thank u very much

[@vaishnav950]

😢 thank you so much for explaining everything single point ❤

[@Eduphile]

You're so welcome!

[@ehtishamak1013]

Great job sir ❤

[@DarshanPanchal-o1o]

Best explaining 🎉😊

[@Eduphile]

Thanks a lot 😊

[@namannema3349]

thank you sir it got me a great concept

[@PrinceVatsal07]

Sir I'm in 1st year and this topic is in my physics syllabus..but it only mentioned michleson interferometer. So should i read all topics or some specific topic .. please reply

[@Eduphile]

You can read the whole chapter but focus more on Michelson interferometer.

[@mehtabahmad8899]

Wonderful ☺️

[@tyrantgaming6649]

Sir can you hold for a 10 sec so we take the screenshot ?

[@LuckyDubey-tn6ue]

bahut badiya ,sir

[@Eduphile]

Thanks 😊

[@Saketjha-sl9dw]

Bhut sunder

[@ziaabbasi8168]

Excellent 👍👍💯

[@AkashPatidar-sv7rw]

sir if you are able to create this notes into pdf notes then i will thankful to you sir plz....... and also put pdf notes into a description box of every video

[@Eduphile]

Thanks for your feedback

[@uniquegirl3280]

Amazing session sir

[@rsshorts12345]

Dhanyawad sir ji❤❤

[@omkar6649]

Love you sir 💗❤️

[@Eduphile]

Same to you dost 👍

[@Sanjeevsinghlodhi810]

Last time achha source ban gya ye video

[@SumanPrajapati-wg1nk]

Thank you sir ❤❤❤❤

[@Eduphile]

You are so welcome! 🤗

[@hopeless5657]

Amazing❤

[@Eduphile]

Thanks 😊

[@AshishKumar-id2og]

Thank you Sir ji 😊

[@Eduphile]

Most welcome 🤗

[@NikitaSunel]

Same sir kl hi paper hai aur aaj aakhe kholi😢😢

[@Eduphile]

All the best

[@zakwanahmad932]

Nice explaination sir

[@Eduphile]

Thanks ☺️

[@nimrahayat7728]

Great work🔥

[@madhavbagarhatta]

Very nice video

[@Eduphile]

Thanks 😊

[@manthandarji143]

A night before exam , watching this video 😂

[@Eduphile]

👍👍

[@AnujChoudhary353]

❤❤😊😊

[@Eduphile]

Thanks 😊

[@ganeshakumarGupta]

Wow is its so clear

[@Eduphile]

Thanks 😊

[@worldvideos9182]

Sir 2nd unit ke kuch most imp questions bata sate ho kya

[@gouravchouhan3602]

Make video on freunchofer single slit

[@NimraRafique-h9x]

❤❤❤❤

[@Eduphile]

Thanks ☺️

[@Lifeofsoniya207]

There is a small correction I want to mention... Interference due to reflection, the total effective path difference will be 2dcos thita-lambda /2 due to phase change of pie when light comes to denser medium...

[@anuragsaini3296]

Yes Hllo also I have one doubt can u clear it

[@sabakhan-qc9di]

THANKYOU THANKYOU THANKYOU😭🇵🇰❤️

[@Eduphile]

Most Welcome 🤗

[@satyamgupta9116]

application of michleson ????

[@The_Daily_Dose0001]

Sir 1st semester

[@Eduphile]

Ok kuch videos Pahle se h

[@UNIS00]

👍🏻😃

[@Islam971]

Which book you have taken reference with.

[@Eduphile]

Optics S Chand Publications

[@allisknow]

thanks buddy

[@Eduphile]

You're welcome!

[@Satabdikakati]

Thank you sir

[@bhagwandasahirwar940]

Tq sir ❤

[@Eduphile]

Most Welcome 🤗

[@crazystudy9793]

Sir notes kha milenge??

[@nihalrai4528]

Ye jo likha hh conditions (2m+1)pi ye constructive ka destructive ka conditions hh

[@creativechora6843]

this helps me a lot thx

[@siddhartranjan9872]

Sir straight fringes kab milenge

[@_imphatic_04]

sir , please provide pdf of your these notes . it will surely help . thanks

[@PreetiYadav-bb2yj]

In constructive interference, 2n+1 kaise aya, 2n-1 hota h na

[@PreetiYadav-bb2yj]

Newton's ring mein 2n-1 hota h

[@Eduphile]

2n+1 likhiye ya 2n-1 dono Sahi h , bus n ki value 0 se start hoga

[@ChandanSingh-oj9bo]

Sir 2n-1 hota hai 2n+1 nhi

[@Lack_Of_Enemies]

​@@ChandanSingh-oj9boare dono same hi h

[@SouravKhtri-eo1ul]

Hii

[@ramdeenkushwaha95]

Sir please add your hand written notes link in description

[@babykajal100]

Tq sir

[@umarwaqas108]

Sir pdf notes ka mil sakta hai plz

[@name_is_jyoti4054]

Sir give also notes pdf of lectures

[@TRICKTOLEARNPCM]

Sir notes kaha se milege

[@taczido3441]

Sir please give notes of this

[@kumarprashant4u]

Chapter ka notes bhi do aap 😢

[@sumitchoudhary343]

Notes ka pdf mil skta h kya

[@dipeshthakran]

sir notes ka pdf dedo

[@zhavlan1258]

Let's look at a naked universe without noise pollution. Where is the scientific interest and curiosity for new experiences? ERROR in measuring the Universe, black holes, dark energy,... Let me judge all this by the result of a direct experiment, gentlemen of physics Let's do the Michelson-Morley experiment on a school bus and determine the speed in a straight line - this is exactly the experiment Einstein dreamed of. Perhaps we will see the postulates: “Light is an ordered vibration of gravitational quanta, and Dominant gravitational fields control the speed of light in a vacuum.” There is a proposal for the joint invention of a HYBRID gyroscope from non-circular, TWO coils with a new type of optical fiber with a “hollow core”, where - the light in each arm passes along 16,000 meters, without exceeding the parameters of 40/40/40 cm and mass - 4,1 kg.

[@rggaming5846]

A gye RGPV WALO 😂

[@Eduphile]

👍👍

[@PrinceSingh-lz7sn]

Sir how to get your notes

[@Eduphile]

Aap Instagram pe contact kariye Username. eduphile_

[@Renu-us6fs]

Notes ki pdf?

[@arnabgarai5991]

why circular fringes produeses here?

[@Eduphile]

Because interfering light waves have a spherical wavefront and it is projected on a plane surface

[@mahendragujar7533]

Thank you sir

[@aditibichpuriya5524]

Thank you sir

[@Eduphile]

Most Welcome 🤗

[@arindamsamanta2827]

Thank you sir

[@Eduphile]

Most Welcome 🤗