PRISM PRODUCES A SPECTRUM BUT A GLASS SLAB CAN'T || REASON || FULLY EXPLAINED

[@sanchitaguin539]

I love how you explain the concepts so clearly and in a simple language. Thank you so much for posting this video.

[@penpaperphysics4567]

Thank u Very much

[@nihalMaTh]

the picture at 4:14 clearly gave me an idea about hoew it is done
thank you mam

[@penpaperphysics4567]

Thank you for your appreciation 😊

[@vanshikadas2648]

The concept is explained amazingly

[@penpaperphysics4567]

Thank you... Keep supporting us

[@kanishkabhardwaj4252]

The concept is very clearly explained....the graphics and animation are stunning. No chance of having doubts 👍🏻

[@penpaperphysics4567]

Thank you

[@areebaimtiaz3012]

The concept is explained beautifully in very simple language.The graphics made the concepts clearer ..No chance of having doubts 👍💕

[@penpaperphysics4567]

Thank you... Keep supporting us

[@tanusreepal6451]

It is beautifully explained, ma’am. Vivid explanations. Thank you.

[@penpaperphysics4567]

Thank you ❤️😊

[@samriddhigoswami8793]

Very nicely explained The concept is very clear.

[@penpaperphysics4567]

Thank you... Keep supporting us

[@soniataneja8007]

Great job!!! Keep helping us with more videos .

[@penpaperphysics4567]

Thank u thank u

[@indrajitsaha3017]

Very good... Nicely explained

[@penpaperphysics4567]

Thank u

[@uttiya09]

Very helpful video ma'am. The concept is very nicely explained...

[@penpaperphysics4567]

Thank you

[@AKASH-m4e9w]

Wow awesome explanation 🫣😳😳. Thanks a lot Mam🎉🎉

[@adwitiyadutta2044]

The best Physics channel ever. And the best teacher also. The topic is explained wonderfully. ❤️

[@penpaperphysics4567]

Thank you ❤️☺️

[@adwitiyadutta2044]

@@penpaperphysics4567 my pleasure miss❤️♥️

[@aparnapany703]

Nice explanation

[@jasmeenkaur6963]

Your voice is so sweet 🥰 it helped alot

[@penpaperphysics4567]

Thank you

[@rupendoshi4450]

Nice concept .please provide more videos.also your explanation is very nice

[@penpaperphysics4567]

Thank you... Keep supporting us

[@aishaninag08]

The concept has been explained very nicely..
Looking forward to more videos

[@penpaperphysics4567]

Thank you... Keep supporting us

[@Hustler..]

Very very well explained 🙏🏻
It was my doubt since a long time but now I got my answer

[@penpaperphysics4567]

Thank you ❤️...

[@sabitasaha399]

Thank you madam for your efficient and amazing explanation ❤

[@penpaperphysics4567]

Thank u

[@nitishkaushik4299]

Aapne kaafi effort lagaya h video edit krne mein ... Thanks

[@penpaperphysics4567]

Thank you...
I uploaded the video.... Please do check...
th-cam.com/video/jfIV5oEZx-4/w-d-xo.html

[@st-zk3mn]

How can i miss this channel so far

[@penpaperphysics4567]

Thank you

[@pranjalchatterjee7861]

Your editing is superb and this video is excellent . Thanks for this nice video

[@penpaperphysics4567]

Thank u

[@aestheaven659]

Very well explained ma'am ❤❤

[@penpaperphysics4567]

Thank u

[@abhisheksaha9226]

Very Good ! Good Job keep it up !

[@penpaperphysics4567]

Thank you... Keep supporting us

[@Sunnyk6631]

mam one day , you have for sure millions of subscribers . i never seen in any videos or from any teacher about these doubts. they just jump on conclusion. you are awesome and thank you so much for clearing doubt of glass slab dispersion ❤️😊🙏🏻

[@Sunnyk6631]

i have subscribed you with 3 ids 😅

[@penpaperphysics4567]

Thank you very very much

[@SouminiRoyOfficial]

Very very well explained ❤️❤️❤️ keep it up janeman ❤️

[@penpaperphysics4567]

Thank you... Keep supporting us

[@taniskapandeyashokhall5023]

Wow maam it's me taniska pandey from 6b of your class ahghss its very nice vidio

[@penpaperphysics4567]

Thank you

[@GautamKarade0112]

Thank you very much.I really needed it

[@penpaperphysics4567]

Thank u for all your support

[@RahulChoudhary-rk4bd]

Amazing explanation

[@penpaperphysics4567]

Thank u 💓

[@Az_Ehan_]

Mam, how can we calculate angle of deviation in case of dispersion without deviation..?

[@penpaperphysics4567]

This can be only achieved if we use two thin prism of crown glass and flint glass..
Deviation produced by crown glass = deviation produced by flint glass
If you want to know in details watsapp me i ll give u a doubt Clearance class

[@hridyanshsharma2470]

You are a lifesaver!

[@penpaperphysics4567]

Thank u thank u thank u...

[@hardeepsinghghubaya7145]

Mam after watching your vedio my all doubts were solved and confusions that were emerging in my mind were all vanished......
Hatts of U mam ❤
And the only word that I can say is THANKU 👍😊😊

[@penpaperphysics4567]

Thank you for your support ☺️☺️

[@Krishkrishna_1234]

Amazing explanation...keep going.

[@penpaperphysics4567]

Thank you ❤️

[@najeskhondaker1656]

Nicely explained

[@penpaperphysics4567]

Thank u

[@manyapanchal1293]

Thank you so much ✨️ really helpful video

[@penpaperphysics4567]

Thank u

[@Ashwin-db8sf]

Thanks so much mam I,m from Bihar ❤

[@penpaperphysics4567]

Thank u for your support

[@subhajitsaha8694]

Nice and informative....

[@penpaperphysics4567]

Thank u

[@jasminejawaid9698]

Thank you so much ma'am for putting in your efforts for making this video. It was an interesting video with awesome animation. All my doubts were cleared by watching this video.
Looking forward to more such awesome videos.

[@penpaperphysics4567]

Thank you... Keep supporting us

[@neehara653]

Well explained thank you 💜

[@penpaperphysics4567]

Thank you

[@meghasharma7746]

Mam awesome video. Thankyou very much 🙏❤️

[@penpaperphysics4567]

Thank u

[@kartikmahajan2796]

Thanks
👍

[@penpaperphysics4567]

Welcome

[@deblinasarmasarkar1943]

Nicely explained..

[@penpaperphysics4567]

Thank you... Keep supporting us

[@adorablemedhashree3415]

Very nice ma'am 👌

[@penpaperphysics4567]

Thank you... Keep supporting us

[@Mousumi19982]

I am just speechless .....oh my god....what a editing ...what a explanation ....just wow dear...The video clearly shows how much you have worked on the video.... Keep going ...❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️lots of love dear .....❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️

[@penpaperphysics4567]

Thank u... Keep supporting

[@SciSpark786]

Informative 👍👍

[@penpaperphysics4567]

Thank you 😊

[@VivekSingh-ng3hw]

Extraordinarily good. Please continue, we need questions of these types to be explained which makes physics really interesting

[@penpaperphysics4567]

Thank u... Surely i ll do tht

[@rajsaurabh2773]

Wow www thank uu di thanks so much 🎉🎉🎉🎉🎉🎉🎉🎉🎉

[@penpaperphysics4567]

Thank u for supporting 💓 💛

[@jahnabisengupta6677]

Thank you sm ma'am ❤

[@penpaperphysics4567]

Thank u for supporting

[@gopabhattacharyya5167]

Hi ma'am I am Mrinmoyee Ghosh from class 6B and this video is very good!!

[@penpaperphysics4567]

Thank you

[@gopabhattacharyya5167]

Most welcome ma'am

[@moushumimukherjee9760]

Hi Maa'am I am Mohana Mukherjee from 6A Mam your videos are amazing! Thank you Mam for making such useful videos 👍🙏👌👍

[@penpaperphysics4567]

Thank you

[@subhadipmitra4208]

Very helpful to me

[@penpaperphysics4567]

Thank you for your encouragement

[@souminiroy849]

Best bestt ❤️

[@penpaperphysics4567]

Thank you... Keep supporting us

[@AtiqurRahman-dt6pp]

Thanks

[@penpaperphysics4567]

Thank u

[@adithpradeep47]

If the prism has colour on it which is not a plain glass prism does this affect the dispersion of light.

[@penpaperphysics4567]

Definitely

[@avilashkarmakar127]

If the light incident on the prism is a beam instead of one ray..... like you explain in parallal slab then same process will happen na? We will see white light instead of spectrum?

[@penpaperphysics4567]

Yes bt thts practically impossible to achieve till now

[@pavan__226]

Thank you!!

[@penpaperphysics4567]

Thank you

[@st-zk3mn]

Perfect

[@penpaperphysics4567]

🥰

[@laleshkumarkothale1587]

Wow mam u r super 😭👍

[@penpaperphysics4567]

Thank you ❤️

[@st-zk3mn]

Love u for this

[@penpaperphysics4567]

😘😘😘

[@tentwenty1347]

Thank you mam...

[@penpaperphysics4567]

Thank you

[@MohidulIslam-ix8xc]

Why light of different wavelength experiences different angele of refraction.

[@penpaperphysics4567]

Thrs a relation of wavelength and angle of deviation

[@mohitraina8513]

Please make a video on why frequency remain same during refraction....and since frequency is unchanged the wavelength should also be unchanged [f is inversely proportional to wavelength] and according to c=f*wavelength c(speed of light ) should remain unchanged..but all knows this doesn't happen

[@mohitraina8513]

Please I request you to make a video on this

[@penpaperphysics4567]

Surely... I ll work on that

[@mohitraina8513]

As fast as you can

[@penpaperphysics4567]

Sorry for being late...
I uploaded the video.... Please do check...
th-cam.com/video/jfIV5oEZx-4/w-d-xo.html

[@abhijj25]

In medium use v not c. So velocity and wavelength changes so that their ratio i.e. freq remains same

[@st-zk3mn]

I m ur 714 subscriber

[@penpaperphysics4567]

Thank u

[@Balika__05]

👍👍👍

[@penpaperphysics4567]

Thank you

[@RajkumarYadav-sr2rf]

😍😍

[@penpaperphysics4567]

☺️

[@mythoughts5783]

Thank you so much 🙏

[@penpaperphysics4567]

My pleasure