spherometer experiment ( theory, formula and calculation-part 2)

[@snigdhamaji7457]

Your explanation is very easy to understand.

[@afshinp5819]

Thanks again for down to the root explanation. This has been one of the best and thorough explanation I have seen.
One question...
Do you take the readings (10 readings from your previous video) from different points on the surface or do you concentrate the readings around the center of the watch glass?
I am using your knowledge and explanation to find the radius of curvature of my primary mirror of my telescope and from that calculate focal length.
Really appreciate this down to the bones explanation. Excellent video

[@samarthaggarwal3470]

I'm not sure if it'd make a difference either way but I don't know

[@dhrupadkashyap2583]

I have no words to describe my gratefulness towards you. Thanks a lot maam 🙏🙏

[@behindthecurtains7582]

So nice of you. Thank You.

[@letsfeelphysics7968]

Wow,way of teaching extraordinary

[@behindthecurtains7582]

Thank you.

[@pushkar06]

Mam thank you so much aapki video ki vajah se mere practical me full marks aye so I want say again thank you so much mam 🌟

[@behindthecurtains7582]

Thank you.

[@nidhigrover1866]

Very well explained

[@Alloverworld1-4se]

@@behindthecurtains7582 haha

[@RuhulalamChoudhury]

Khub bhalo.... Really nice video

[@AkashDeep-sd6su]

Thank you mam... For amazing explanation 🥰🥰

[@behindthecurtains7582]

My pleasure 😊

[@pathofseekingknowledge9813]

Thank you so much one of the best and easiest explanation

[@behindthecurtains7582]

You're welcome!

[@anjalirai9809]

So good mam..... happy to see your video.. 😀😀😀

[@behindthecurtains7582]

Thanks a lot 😊

[@yashchauhan1502]

You doing well hardwork mam thanks to you

[@behindthecurtains7582]

So nice of you. Thank you.

[@warbrstar3454]

thnk q...its very helpful❤❤

[@behindthecurtains7582]

Happy to help..

[@swaroopsahoo214]

How is that AO in the 2D sphere = AO in Equi. Δ, Do we have to use projection concept for understanding this equality?

[@snigdhamaji7457]

Thank you mam very much

[@behindthecurtains7582]

Most welcome 😊

[@i__am__lila__2867]

Thank you mam for your beautiful explain 🙏😊

[@behindthecurtains7582]

Keep watching. Thank you

[@swaroopsahoo214]

This Spherometer is not a physics lab device, it's mechanical metrology lab device used for calculation of radius of spherical dome (sector) which you are calling it as curvature.

[@kevinfrancis8992]

Good work maam
Plz do keep uploading vedios !!!

[@behindthecurtains7582]

Thank you, I will.

[@SK-gy3ec]

Perfect explanation

[@behindthecurtains7582]

Glad you think so!

[@39naveenkumar50]

Amazing work mam👍👍

[@behindthecurtains7582]

Thanks a lot 😊

[@39naveenkumar50]

@@behindthecurtains7582 mam pls don't stop making educational videos. You do that very professionally.

[@a.jsunar8026]

Mam it is need to derive the formula please reply tomorrow is my practical exam 😢

[@vardaanbehal8163]

Love you ma'am

[@snigdhamaji7457]

And mam please can you explain me the pendulum experiment also

[@behindthecurtains7582]

Uploading soon.

[@behindthecurtains7582]

Simple pendulum experiment
ua-cam.com/video/0FiGwcxB8JQ/v-deo.html

[@girishkr4153]

Thank You mam amazing explanation

[@behindthecurtains7582]

Thanks for liking

[@thunderbird5440]

JAI SHREE RAM MAM 🙏
THANK YOU SO MUCH MAM 🙏

[@behindthecurtains7582]

My pleasure.

[@hiteshbangde391]

Mam please do simple pendulum one practical

[@behindthecurtains7582]

I will try.

[@rajpootamanthakur6976]

Really good mama

[@behindthecurtains7582]

Thank you

[@snigdhamaji7457]

Please

[@maharnabiiestshibpur6570]

Thank you DIDI ❣️

[@behindthecurtains7582]

My pleasure 😊

[@dakshdevkule]

Thanks alot maam

[@behindthecurtains7582]

Welcome.

[@biswaranjanbehera7244]

GREAT! good job!

[@behindthecurtains7582]

Thank you! Cheers!

[@monicamago445]

V good

[@sigmanofficial]

Thank you

[@behindthecurtains7582]

You're welcome.

[@SK-gy3ec]

Sweet voice❤

[@pennywise_wtf1733]

Awesome! 😍

[@behindthecurtains7582]

Thank you! Cheers!

[@mstmathesh1523]

Mam whether the spherometer's middle leg should be at the centre of the curved surface or at random

[@behindthecurtains7582]

Does not matter. The answer will not vary.

[@rishu5710]

Thank u so much.

[@behindthecurtains7582]

Thank you too

[@gowthami9304]

Madam can you please explain how cos 30 has came ???

[@behindthecurtains7582]

Because it forms a equilateral triangle generally. so half of the angle is 30 degree.

[@snigdhamaji7457]

Mam

[@Kugisaki_nobara7]

Mam why there is no error in spheromoter?

[@behindthecurtains7582]

Yes there can be error in spherometer like back-lash error.

[@snigdhamaji7457]

Please mam

[@PremKumar-xr2eq]

Mam u r so sweet 💖💖😘😘😘

[@behindthecurtains7582]

Thanks a lot.