LLOYD MIRROR // B.Sc. level//

[@rahulgill5899]

sir your explaining way of topic is awesome👌👌

[@AkhileshYadav-ol7jy]

Thank you sir awesome explanation at once concept cleared

[@priyasingh-yg9ss]

Thanks sir 🍀

[@simranjoharle4220]

thank you sir......was very helpful

[@rishikumar-gd7se]

Great explained sir ji Big fan of u

[@binusingh8142]

great

[@universaleducationpoint4605]

Please share the channel information about the people surrounding of you.

[@rafiyamajeed1102]

Amazing

[@universaleducationpoint4605]

Thanks😊

[@madhumitabanerjee1280]

Beautiful SIR

[@hemantkumar-dj3vy]

Kya sandar pdhate h sir...afsos mujhe yh video graduation k time nhi Mila...

[@ayeshaanwarshaikh2180]

Great video sir thanks a lot may Allah bless you with good health and prosperity 😊

[@arukondanagatejaswini5650]

Thank you sir Actually this is the topic I chosen for my seminar and I understood it well as you explained it from the roots

[@Gonlinein]

Bahut achaa sir perfect

[@abhisheknath5723]

This helped me a lot sir... Thank you sir

[@chamanansari5156]

Thanks a lot Shayad kl ka test ho jai aapke lectures sun ke

[@tenzinchoezin4423]

Sir you are truly like richard feynman. Simple with all point included.

[@rishabhroy3926]

Kash aap mere physics teacher hote

[@pavanajsridhar939]

sir, I did not understand there is no change in the medium. There is no denser or rarer medium. how is stokes law valid? Do mirrors have a refractive index? I know that mirrors can absorb light but I don't see any change in medium.

[@lakshyabhowmick6212]

It's pretty helpful!🙏

[@arnabzanbaishya7222]

sir but when we did the practical, fringe widths were not seem to be constant.In the middle, fringes were more concentrated, and were getting more separated to the points P and P',for that we had to take the average value of the fringe width. Can you explain why?

[@funlearn5092]

Thanks Sr it is very suggest full please upload the video on Febry-Perot Interferometer

[@universaleducationpoint4605]

Firstly Thanks and wait for two days.

[@funlearn5092]

Thanks Sr

[@funlearn5092]

@@universaleducationpoint4605 sir please Febry-Perot

[@soumyadipmandal467]

Is the fringe width same for all parts of the source ?

[@universaleducationpoint4605]

No take mean of all fringes.

[@gamer-qj9ei]

Thanks a lot sir... Please upload bsc diffraction topic also

[@chamanansari5156]

Please sir upload diffraction

[@sohankumar5433]

Osm sir

[@sukhadaumajra4697]

Great Sir...!! You make this topic very intresting....and its help me a lot....Thanku Sir....!! Keep uploading the videos of B.sc optics and laseres....please Sir.....!!

[@seetaramyadav4456]

Very nice explain sir

[@neetusingh387]

Sir upload the diffraction topic

[@MS-xv2vy]

Sir when we get lemda in terms of d and D can u tell me how we calculate d&D

[@ranaacademyofmathematicska4977]

Guru hi BSC Ka Diffraction upload kr do thanks for other artical of optics

[@anjalipanchal4098]

Bhaiya kya aap NCC m h???

[@rishabhroy3926]

Sir plz diffraction kra dijiye 20 november se phle plz sir