Definition of Capillarity with Expressions for Capillary Rise and Capillary Fall - Fluid Mechanics 1

[@SuryaPrakash-vk9ev]

I have actually viewed a lot of Ekeeda videos recently. The Explanation is pretty good. I was happy that I found exactly what I am looking for. Thank you for the videos!!!

[@RaviVerma-lf6on]

Sir Your notes are very good which is help me to study.

[@sayardutta1525]

Sir, u didn't explain that for capillary rise, it can also be expressed as Pressure force divided by Weight density, since 4*sigma / d represent pressure force and ro*g represents weight density. overall a short yet comprehensive vid sir. I unfortunately got a supplement in this exam in 2nd sem and didn't get time to prepare for it through 4th sem, this short yet comprehensive is helping me a lot

[@edwardnaga5381]

Very much helpful...Thank You Sir .

[@peddirajubhutham4500]

thank q sir good explanation in every definition

[@Ekeeda]

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[@mahanthiraoseera2128]

really all your videos are very helpful and plz make new videos in the concept of fluid mechanics instead of these 93 videos......I mean plz make new videos

[@swapanmukherjee5844]

you can also give idea about soil mechanics it will also be helpfull for us.

[@puNKSTER70]

It is defined as the rise or fall in the level of liquid in a tube when it is immersed in a "liquid" ?? or tube ? or th tube is immersed in the liquid ?

[@sayardutta1525]

amit kumar when tube is immersed in the liquid

[@JeevaArunachalam]

keep it good teaching

[@Ekeeda]

Thanks for watching, stay tuned for more videos

[@saurabhkumarsingh3519]

osmmm explanation as always

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[@shura_cheng]

sir,i have a question that why the formule of cpillary rise are different with capillary fall 。hope for answer，thank you

[@peaceofmind39]

Cos theta was the angle between????

[@shaneabbas3985]

good one

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[@shivamkaushik96]

Sir you just gave the formula, tell us how to derive it??

[@explorelearning-gate6183]

Shivam Kaushik check out our chanel

[@PankajKSah-co1cg]

For definition purpose it is highly helpful but need some more elaboration in the expression of formulas.

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[@saurabhkumarsingh3519]

please make video on engineering thermodynamics

[@Ekeeda]

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[@AdarshFun]

NYC But "cos thita" 👈when and where it uses and make me understand about that formula

[@affairsplus]

we can put gamma(¥) in case of (density*gravity)pg

[@anilssm7639]

What is necessary of thita in capillary rise

[@ashiqiqbal4385]

costheta kaha se aya samjhana tha

[@KhalidKhalid-iv9lf]

Should we also use cos of Theta in this eq. 5:13 ?

[@roshanpingle5130]

Can u derjve this equation

[@abhijitdarjee6509]

'Fluid pressure and it's measurement ' chapter ka video banana

[@Ekeeda]

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[@Saanu317]

Explain the derivation

[@VELMURUGANR1208]

Sir in term of mercury y we take deta value is 128°??

[@kkchauhan2852]

wrong expression aapne Ulta bta Diya sirji

[@saurabhkumarsingh3519]

plz tell me what is thita

[@explorelearning-gate6183]

saurabh kumar singh for thita check out our chanel

[@propelladies4318]

Please I want to know how the formula came about and not the formula Thanks anyway

[@explorelearning-gate6183]

Check out our chanel for hindi expiations

[@anmolchannel2890]

Aap just opposite formula btae ho....jo rise m tha wo fall me btae ho aur Jo fall me tha wo rise me btae ho Cas © rise me hoga

[@rohitdarshan2798]

Reason to bata dete kaise hota h...

[@Saanu317]

Ye to book me bhi h

[@rvkumarallinone1702]

pura solve nhi kiya aap ne sir

[@magadoni4161]

not that appreciable.. the physical significance not at all explained.. just the formulas and we can get it anywhere...

[@Ekeeda]

We will work on this to make it better and get back to you. Thanks for watching, stay tuned.

[@miscellaneousexpress519]

please use hinglish language

[@Ekeeda]

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[@charan775]

Ekeeda hinglish= hindi + English

[@linuslama9512]

as expected just another shit. Sir plz derive