Total Internal Reflection and Its Applications

Light dispersion refers to the practice of separating a beam of white light into the individual colours that make up a beam of light.
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[@diyasingh5758]

It's great u teach everything in only 7 min 😍🤩 wonderful explaination thank you mam

[@peculiar4237]

Everything means....did she explained any other class 12 physics imp. topic in 7 min. Plz do answer

[@aloksinha8817]

Great Explaination... I really need a video in topic of Application of Total internal reflection.

[@vanshikahere1304]

One of the best visual explanation of this topic......Student will never use to forgot this topic after watching this vedio 👍👍👍👍

[@jackjack2076]

Its fantastic the way she explained
n easy to get understand n really
appreciated that teaching method
Thankz for clarifying my doubts
🌹💐💐✌️✌️🤗

[@roxymigurdia69]

Good explanation! Keep it up!

[@prajwalm.k5198]

This is inssane but y suns are so less according to me this channel should have atleast 17million subscribers ❤️🔥🔥🔥🔥🔥🔥🔥😎😎❤️

[@Sindhu_999]

true

[@videoeditorz3787]

ماشاءاللہ آواز ہے آپ کی❣️💖And Explanation is also too good

[@ishanballal580]

Really nice vid who is here in 2022?

[@dreampeak9364]

Such a clear expalnation, im just looking for this thankyou mam, love from 🙂🇮🇳

[@priyanshuparmar7896]

How lovely voice!! Thank you so much☆☆☆

[@Gwrinath20]

Very Good

[@almasfarooq9547]

Wonderful explanation. 💓

[@msdhonifan7887]

I like it

[@lalithasai6667]

It was really helpful!!!thank you 😊

[@creativethinkers3214]

super cool

[@EricPham-gr8pg]

It should had been " the refraction happen when the incident angle of dense material and its normal surface vector is less than 45 degree and total reflection when that angle greater than 45 degree"

[@bhai431]

Mashallah Ma'am, superb voice and thanks for your help by this superb video

[@komailabdullahbrother8218]

Thank you ❤️

[@Malik-cv1ne]

Nice and charming explanation

[@prajwalgn8260]

Super explained

[@vishnuvirat7977]

Yesss...

[@fullmauj]

Interesting 👌👌

[@balamuralikrishna4508]

Super explanation madam

[@gagansangral7355]

Awsmmm✌️🥂

[@epictubber1383]

Please make subtitles.available

[@Tanjima-ht5zz]

Thank you so much..!😍

[@dhanashreepalekar1311]

Thank you mam🙏
Wonderful explanation

[@abiodunjohnson-nw5ph]

Thank you

[@TheSoulYT934]

Good explanation ✨️

[@yoshobantabisoi4477]

Ye to gold hai gold

[@puneetmaheshwari]

thanks

[@bharathirnaik8773]

Super

[@malikaman6846]

It is very helpful 👍

[@mukeshkumar-hx2em]

Nice video .do watch it. it will help

[@samsonmanchal965]

Thx ma'am 🙂

[@kashmirikashmiri3575]

Superb👍👍👍🔥🔥

[@abhirbansal681]

But in optical fibre both the mediums are air only and there is just a thin layer of plastic so how can we say that light travels from any optically denser to an optically rarer medium in this case

[@bhumikagupta5071]

@Abhir Bansal optical fibre consists of 2 parts-core and cladding.the core being denser and the cladding(outer covering) being rarer therefore TIR can occur for incident angles greater than the critical angle..

[@abhirbansal681]

@@bhumikagupta5071 Ya got it

[@Bindiyarabha]

Best one 🛐

[@TechnoGyan1234]

informative

[@Usman-fayaz1]

In diamond the incident ray is not traveling from denser medium?

[@acousticsphononics2033]

Understanding what happens with waves in total internal reflection: ruclips.net/user/shortsBnT44OYQw-Y

[@ridazainab6821]

Very well explained, thanks!

[@restore__life1705]

Clearly explained👍👍

[@ektabisht4660]

Great explaination but the accent seems somewhat confusing😅

[@malk5961]

urm???????

[@luffydattebayo4761]

@@kufr_antagonist nope

[@497abigail.a.christopher6]

Wonderful mam ♥️♥️

[@AmirShahzad-bq6hj]

nice

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Wow great

[@shivaparamatmasandesambyBK]

Cool 😎

[@nmbn5337]

Who's here from 10th 2024!

[@snowyasmrrp]

😍

[@damandeepsingh8542]

But the vid was very helpful

[@Shin-pd3ly]

You said

[@reynaldoritual155]

Optical fibre what??? Cube or cable?😅

[@husnazeba8305]

ماشااللہ ویڈیو 💗💖💕

[@kartikdhar6951]

👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻

[@abinaslimbu3057]

Mirage issulion

[@arpitamishra7883]

👍🏻👍🏻👍🏻

[@zainabfatima5532]

Sweetest voice ever

[@luffydattebayo4761]

Nope

[@Bisrat2006]

It was gr8....but what is a critical angle??

[@afifhamimi7258]

The angle of incident when the angle of refraction is equal to 90 degree

[@abdullahsaeed3387]

@@afifhamimi7258 well said

[@hassanjan4979]

The angle of incidence for which the angle of refraction is equal to 90° is called critical angle

[@vikramrathore-fb6wp]

Hi mam

[@fanaticsofindia1409]

💣💣💣

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Hlo Black harinath 🤣

[@damandeepsingh8542]

Fake accent

[@malk5961]

shut up

[@epictubber1383]

Shut up

[@harishp6375]

Thank you so much

[@varghesescaria7676]

Thx

[@person17_ro]

Thank you So much