Thank You so much ma'am ❤️ Mere college ka teacher (tapas K) itna vahiyat pdhaye hai ki ghnta kuch smjh nhi aaya , I've completed my assignment just because of you ,Love ⛄
when ray falls perpendicular to the base of the prism (hits apex of the prism), reflected light can be seen through telescope whereas refracted component never comes out from the other refracting surface because of very large angle of incidence, hope this helps.
this situation will arise only when one of the answer is negative and one is positive. So we add 360• which is equivalent to zero degree to bring negative difference to positive.
its very difficult in simulator as unlike real spectrometer here prism table also moves with vernier table, so when you move vernier table prism will also shift.
Great video I have seen other videos related to this but they didn't explain the concept like this great video
happy that its helpful
Thank You so much ma'am ❤️ Mere college ka teacher (tapas K) itna vahiyat pdhaye hai ki ghnta kuch smjh nhi aaya , I've completed my assignment just because of you ,Love ⛄
Sir kya paraya mereko bhi kuch samajh mei nehi aya. Btw theory mein kya likhna parega ?
@@AnikSamanta-bq2jy Aim , apparatus , principle & then Least count of spectrometer , make Table , Error analysis , Result . Done ✅
@@prateeksingh5719 thik hai,thanks 👍👍
Thank You so much mam.Many confusions regarding calculations of readings are cleared🙂🙂🙂
Wow, I didn't that website existed. Thank you so much!
welcome
You really explained the concept and everything... Thank you mam
welcome 😊
Well explained mam 😊👏
thanks 😊
Wonderful content 👌
😊
Ahhh !!! Saved my assignment !
Superb superb
Thanking .... From Sri Lanka
welcome 🙏🏼
Mam why the light will reflect when ray will fall perpendicular to the slant surface. I don't get this point kindly explain
when ray falls perpendicular to the base of the prism (hits apex of the prism), reflected light can be seen through telescope whereas refracted component never comes out from the other refracting surface because of very large angle of incidence, hope this helps.
as we added 360 when (T1-T2), but what to add to which number when we have to subtract (t2-t1)
this situation will arise only when one of the answer is negative and one is positive. So we add 360• which is equivalent to zero degree to bring negative difference to positive.
Thankyou so much ma'am
Most welcome 😊
Schusters method plz 🙏
Mam my angle of prism through mercury light is coming to 72 degree after follow all these steps. Is it correct.?
no since prism is equilateral it comes around 60
Thank you teacher
welcome
Thank you so much mam
very good
Thank you ❤
Well explained
thank you mam :)
Thanku mam 🤗
welcome :)
Maam how to take reading for different value?
which value?
Mam I have a question...why we add 360 degree ??... please explain mam...again...I don't understand it clear well
when your reading goes beyond 360 by let say 10 degrees but spectrometer will read 10 only instead of 370 because its max is 360.
@@Learndiyphysics thanks mam...
Thank you ma’am 😊
welcome 😊
Thank you mam
Ma’am how to take more readings on the same simulator ? Do we have to change a bit position of vernier table?
that’s correct!
its very difficult in simulator as unlike real spectrometer here prism table also moves with vernier table, so when you move vernier table prism will also shift.
@@Learndiyphysics By slightly moving Vernier Table I took more readings.
yes thats what, I just wanted to point out limitation of simulator.
@@Learndiyphysics Okay
Thank you so much😊😊
Really nice
Thanks a lot Arjun :)
Thanks 😊
Welcome 😊
How to calculate minimum angle of deviation with readings
Pl check cauchy’s constant video from same playlist
What to do when main scale reading is negative
its in the range zero to 360 degree, difference can come negative but main scale reading cannot.
@@Learndiyphysics we are given the readings as
Csr = -37 degree
Vsr= 20min
How do I find net angle
@@bhavanasharma9554 That means its -37 from zero degree so reading will be 360-37=323 degree and 20 minutes if least count is one minute.
Tnx u so much
welcome 😊
Thanks a lot mam 🙂
welcome
Thnx mam
Love you ma'am 😘😘
Thank you so much 😀
thank you mam for explaining this much I am just curious that Are u a professor or a Scholar or etc?
can i have you insta id so i can thank you
I am a professor who is neither or insta nor on FB, thank you 😊