Jaeger's method | Determination of SURFACE TENSION | in HINDI | EduPoint

In this video in Hindi we discussed how surface tension of a liquid is determined by Jaeger's method. This method is based on the principle that the excess pressure inside an air bubble is equal to the twice of the surface tension of the liquid in which the bubble forms over the radius of the air bubble. The apparatus, we use in this experiment, consists of a Woulf's bottle, a thistle funnel, a pipe, a capillary tube, a manometer, and a container full of the liquid containing the liquid whose surface tension we are going to evaluate.
Click to watch the video on why the excess of pressure inside an air bubble is 2T/r :
• Excess pressure inside...
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[@conqueror2977]

Love you sir.
You are the heart beat of our students.

[@vaidehipatil4543]

This session cleared all my doubts.. thank you sir ✌️✌️

[@ashapatil9798]

Thankyou sir my all doubt cleared

[@sanjeevkumarbathe]

what is procedure of making best bubble making solution as per thing available in India for example dish washing liquid or soap .

[@koronsharma5109]

Best teacher

[@kazinazrulislam104]

Jazak'Allahu Khairan (May Allâh Reward you with Goodness) Brothers and Sisters .
- Username's elder daughter

[@ramanshushukla274]

Thank you very much...you are great sir...love you😘😘

[@anindyagupta6386]

Why capillary tube is taken to form the bubble? Can we take any tube of greater radius than capillary tube as a replacement? Please reply sir

[@thenuthenu1877]

Really use Full sir

[@samveglohiya]

Really Helpfull

[@sanjeevkumarbathe]

is adding coolant with water , effect the surface tension of soap solution

[@insane9043]

Jaegers methode aur capilary raise methode same hi hota hain kya..please sir tell

[@hemantmahajan9471]

Great explanation sir

[@amrandraawasthi9998]

Thanks sir for nice explanation

[@shalinimaurya9297]

thanku sir ,this is very useful

[@aleenakabeer4823]

Sir,at what position the level of the manometer reading is noted?

[@educationfan6244]

Excellent job

[@j0ke3r20]

sir could u plz tell how to determine when the bubble is of the same diameter as the capillary tube?

[@dharmrajdwivedi5613]

Badhiya sir ji

[@shubhamkundu]

Thanks for making this concept so easy

[@priyanshunegi2477]

Very good video

[@MonuKumar-ww7rk]

Great sir... 👍👍

[@prof.nazirahmadganaie172]

excellent demonstration

[@bhatushar]

Why do we need a liquid of higher density in the manometer if the liquid in the container with the capillary has a greater surface tension?

[@edupoint.physics]

+Tushar Bhatt
Explanation is there.
Watch carefully...

[@faizanmath]

sir u r amazing.. but sir i have a request to you.. plz follow NCERT PHYSICS TEXT BOOK and cover all cahpters in sequence wise. thanks

[@edupoint.physics]

Hello Mathematics With M.Faizan Ahmed Faizi !
Thanks for your support and encouragement.
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Hello Mathematics With M.Faizan Ahmed Faizi !
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[@sweetynegi13]

Bahut badhiya!

[@ankurmalakar7803]

Very useful sir

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Hello Ankur Malakar !
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[@SK_4_SSC]

It was amazing sir ji...

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Hello Saurabh Yadav !
Aap sab ka support hai, to hi ye channel hai.
Thank you very much for your support. And keep supporting.

[@DJ-xk1ux]

Nice explanation 👍

[@dharmrajdwivedi5613]

NYC explain ion sir

[@kaajalb]

very well explained..😊👍👍👍✌✌👌👌it helped me to understand the whole derivation.

[@edupoint.physics]

+Kaajal Bambadwar .... Thank you.
And as always.... thanks for watching.

[@sakshammallah7127]

great work ...keep it up.

[@edupoint.physics]

+saksham mallah ..... Thank you for your encouraging words. And as always ... thanks for watching.

[@jessicachawla4734]

Sir manometer mei agr koi liquid rakhna hai jiski density zyada hai to ham water kese use kr skte hai ;water ki density to bhot km hai

[@edupoint.physics]

Hello *Treat people with kindness * !
You may use other liquid as per requirement.
Hope it helped.

[@lunabasnet3514]

Actually in our practical sir said that kerosene was used .. Don't know if its true

[@kranti7143]

Sir apki avaj super 30 ke anand kumar sir jaise lag rahi hai

[@namananand1104]

it was good

[@rajusisodiya9131]

Sir kepler's all three law derivation ke video chahiye sir aap ki videos bahut achhi lgti h

[@kabeermohammed8056]

Sir pls do it in English 🙏🏼..it will be very helpful

[@shaniyaqumer]

Sir notes bhi de dijye pls

[@excelinstudywithanshubhada6448]

Plz gives reading properly

[@simranpreet4110]

Really helpful...nycc

[@duwarkaparsad4667]

really great

[@tomkeeley8817]

Does anyone have an English translation?

[@shrutigupta1336]

Sir pls vedio upload kijiye or topics ko cover kijiye

[@badalsingh428]

Love you sir

[@sanjeevkumarbathe]

we are soap solution for leak testing of tank . my question is how i would know that how much surface tension is required for this application that fulfill the successfully execution of application. Is , there is method or std

[@MANOJSINGH-kx6ty]

i like this video

[@edupoint.physics]

Hello MANOJ SINGH !
Thank you for the support you have shown and as always ...... thanks for watching.

[@surjitsingh6847]

thanks sir

[@edupoint.physics]

Hello Surjit Singh !
You are welcome and as always .... thanks for watching.

[@lelouchlempourge5090]

Eren Jeagerrr!!!!!

[@mrityunjayy]

Zeke Jeager

[@Anik071.]

useful

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Hello Anik Das!
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[@R98798]

Hindi me

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I am font of all

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Hindi speech bhajo