Class 11 Physics | Surface Tension | #15 Capillary Action | For JEE & NEET

[@quriositysquared1028]

Congrats on hundred thousand 😄

[@gourabpal5774]

I can't make out why some channels have much more views and subscribers compared to the channels like "Physics Galaxy" and "Mohit Tyagi" who provides quality content upto JEE advanced level 🙂

[@caniget600subscriberswitho5]

Good for us though😅, I wish no one finds out these gems 😊

[@shrutisinghrathore2127]

Perhaps I ain't gonna complain about it until my JEE adv is qualified. 🙂 Selfish, but not sorry.

[@expanse8846]

all the best!! @@shrutisinghrathore2127

[@AlamShankey]

15 , 16 saal ke choojo ki akal ka kamal hai

[@riteshuppal1357]

Superb explaination!👍👍👍

[@SumaidSyed]

Sir,what will happen if some other force is also present like for e.g if system is placed in a free falling elevator,still capillary action takes place,but how to determine height in that case?

[@physicsgalaxyworld]

+Syed Sumaid In such cases you can use effective gravity by accounting all forces which are acting on fluid body...

[@prabhatkumarverma200]

Hi...I have seen u asking in many videos of sir.....may I know in which college u r presently studying .....it seems that u understand each and every concept very deeply ...keep it up....

[@pragathiyp5622]

I see your doubts in every video and they help me in understand the concept better thank you.. In Which college are you studying now??

[@aditya20067]

@@prabhatkumarverma200 now you tell the same xD

[@robinfrancis2911]

I'm no physics Guru.....where did the 2t come from??

[@physicsgalaxyworld]

If you have time then it'd be better if you watch the lectures in sequence... that will be better for understanding of applications... actually already in other video we have explained that for a spherical surface the pressure difference (or excess pressure) on the concave side of surface is 2T/R...

[@robinfrancis2911]

many thanks for your most courteous reply. I enjoy all science and physics as a hobby. I came across your very good video due to my interest in capillary action from a practical perspective. I will certainly watch the videos in sequence as you have suggested. sincere best regards to you.

[@rohitsharma1285]

thank you sir thank you

[@bhushankumar2430]

gold

[@akarshkumarsrit2518]

sir what will happen if the capillary tube has a shape of frustum with a broader base than the upper part?

[@akhilnistala6636]

Similar question was asked in jee adv. Check pyq

[@AkashChandraker]

can we explain capillary rise in vacuum on the basis of pressure difference

[@hindukumar8807]

Where are you know

[@aadityaaa1945]

@@hindukumar8807 he passed away rip

[@jyotiagarwal4962]

@@aadityaaa1945 you alive??

[@aadityaaa1945]

@@jyotiagarwal4962 haha jee times, now in 2nd year at IIITH

[@avanishbhaiya]

pleas upload ac advace illustration

[@animeanime6264]

how those animation work

[@_UjjawalSinha_]

Are we taking Pa=0..?

[@yashshukla4828]

Why pressue at B

[@btkolhe74]

Excess pressure.....

[@akarshkumarsrit2518]

sir what will happen if this whole setup is taken to moon where there is no atmosphere?

[@ravi5799]

It will rise to more height because h is inversely proportion to height raised

[@ankursharma-ho2cj]

Can u explain why at point b in cappilary tube when water rises it is forming concace miniscus

[@parallax75]

The concavity depends on the contact angle which is property of a liquid. lol..Ik m too late😂

[@arjungautam3282]

sir, will you be kind enough to explain something more about excess pressure in curved liquid surface.2T/R was expression we found for liquid drop,and i couldnot relate that here.here the surface is more like liquid bubble with air inside. please help. regards

[@avanishbhaiya]

ac is alternating current

[@Dr.priya.kumari]

thanks

[@abhishek2813]

When are booster classes supposed to start?

[@physicsgalaxyworld]

Already started 6 weeks ago...

[@abhishek2813]

Physics Galaxy but sir there was no information given..

[@lakshyagarg2687]

Why you have not considered weight of water in meniscus

[@RakeshKumar-rc4sj]

H pho g me liquid ka weight already count ho gya ....see the very first lecture of fluid Statics it's gauge pressure

[@lakshyagarg2687]

@@RakeshKumar-rc4sj bhai ab mai iit me hu

[@alphaiitd1]

😊🙏🙏🙏

[@sameermathur2325]

you cut a word ..

[@63pverma]

Is it sufficient for jee adv

[@physicsgalaxyworld]

for JEE Adv you need to cover our basic theory videos then adv illustrations also...

[@JonSnow-dk6dy]

@@physicsgalaxyworld Sir basic theory videos toh yahi h na?Ya alag koi??

[@himanshushekhar8254]

@@JonSnow-dk6dy Yahi hai

[@SI_Bikram_Sing_Rathore]

গুরুদেব🙏