Vertical Plane Surface Submerged in a Liquid

[@TutorialsPoint_]

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[@sathishkumarvedachalam56]

Thank goodness...I completed fluid Mechanics- Bansal and came here for revising my concepts 😁

[@rahulshenoyr9880]

we prefer youtube so that we can understand the concept. if u just write steps from the books without explaining how, what's the use of watching?

[@avinash5469]

the lecture is too good.......tnx for making my day easy

[@rahulshenoyr9880]

@@avinash5469 bhaisaab ye kiske COMMENT mei aa gaye aap

[@edutechguruengineeringlear4280]

@@rahulshenoyr9880 kzbin.info/www/bejne/n5ykfKtqp52rebc

[@rahulshenoyr9880]

@@edutechguruengineeringlear4280 already graduated thank you

[@edutechguruengineeringlear4280]

@@rahulshenoyr9880 please share my videos to students

[@RohitSingh-pq8ss]

at 1.30 i am little confused h.bar is dist. bw free surface and centroid or free surface and centre of gravity?

[@sarthaktamta5277]

Thanku so much sir....you made it much easier than book

[@naimishsonaiya1334]

Sir the integral of h*dA is the moment of the area of small surface about the free surface of the liquid and this = total area*dist. of C.G from the free surface so we get integral of h*dA= *(h bar)...?????

[@godffreymwiti9321]

you have helped me a lot …..thank you

[@sriharip9899]

great sir!!!!!!! i enjoyed fluid mech!!!

[@abhipan]

Thank u sir for easily understanding my concept.. 🙏

[@nilavarasan_v]

why we consider the pressure applied on the dF element is h.rho.g while the pressure is made by the water + material of the plane surface .. why should we consider only density of the liquid?

[@ROSHANKUMAR-bx2hj]

Because of hydrostatic force

[@saravanbhavan]

Sir i have doubt..y v r taking centre of pressure below the centroid???

[@thinkmechanically]

As we go in depth the pressure increases and it give us continously increasing value to it obviously lie below the centroid

[@sekharstalks8886]

@@thinkmechanically good

[@bhushan.17]

Thank you sir!! It helps a lot

[@techyatra5]

Thank you soooo muchhhhhhhhh sir ❤❤❤❤❤❤❤

[@anupamaray1]

sir why center of pressure is below the center of gravity...

[@sekharstalks8886]

Bcoz, as we go on in depth of liquid pressure might be increased , so that's why the center of pressure is below the centroid....

[@naiduvinay4911]

Why is Pstrip not equal to P0 + rho g h ?

[@moanakeni2734]

how can vertical plane submerge will form pressure could you explain it for me I mean its obvious if we submerge horizontal surface on it can creates pressure due to its weight at fixed depth which finally give as P=pgh on horizontal plane but even during hydrostatic of fluid when it's not on movement what type force create on horizontal which exert pressure vertical plane surface

[@haveacupacapuccino4834]

Good tutoring but not enough explaining, sir you should assume we are 6 year olds. Much more like the orrganic chemistry tutor

[@mohammedaftab5888]

Thank your sir ❤❤

[@gordongrover4065]

Conceptually loaded.. good job!!

[@pradgadagkar8557]

Well taught

[@faizanabbas661]

Why pressure acts below below centroid , kindly reply I have my test tommorow?

[@Zucsebe]

How was your exam? College?

[@nidarshanchetia1094]

Sir why cop is not in horizontally immersed surface.

[@yashdharak1997]

But why we need to take the moment ?? Why we took integration of hdA = hbar A ??

[@pranjalsoni3452]

Please explain in easiest way sir

[@anubhabmandal1070]

really some good teaching. helped me a lot

[@sandeeptiwari3655]

Sir integration of h° da kaise h baar ° A ho gaya,please answer

[@user-wk8vo4ju7o]

Magic🤣🤣, just remember it🤧🤧

[@AJAB491]

I have final exam tomorrow. Thanks

[@thinkmechanically]

Thanku sir ji

[@KKOMedia]

Please upload inclined immse plane surface

[@KunalKumar-ct6uc]

Concept clear karo...kuch v book se rat ke likha rahe ho aap....h bar nhi h* hoga😑....kyun hoga ye kaun batayega bhai...kuch v content daal diye ho...need improvement😑

[@praveenalathakallepalli4442]

I don't understand why u have taken dm=dF×h

[@mayurmusale3616]

moment equals force times perpendicular distance

[@varadgole2722]

Sir pura ratta sikhato ho app

[@rashidanwar8455]

Sir please upload inclined case video

[@AKSHAT_TRIPATHI-yc1vo]

why do we need to find h star

[@sekharstalks8886]

Bcoz we need to find out the total pressure (at center of pressure) actually pressure(p)=rho*g*h for this purpose we need to find out the h star

[@mechanicalscholar7595]

Sir,plz explain clearly

[@parth_gotawala]

pura book ka ratta maara hua bola he, kuchh samjaya nahi he

[@pranjalsoni3452]

Sorry to say but your teaching skill is not up to the mark. Your content is lil hard to understand.

[@shivarlashiva1950]

Sir plz do videos on m4

[@pranavjain298]

Sir please upload other cases also

[@selvams7061]

see description box

[@Ijaz19821]

WORDS should be darker

[@varadgole2722]

Kya derivation kiya wo pata bhi nahi chalta he

[@balusubrahmanyam8726]

Lóve u sir

[@421-18c]

Not upto the mark...

[@mainakdutta905]

change fubmerged to submerged.

[@PANKAJKUMAR-xv4go]

Not good explanation

[@lavneetsingh1873]

If you don't know the exact english then why you use it .👎👎👎 Is hindi is not comfortable .

[@motivationalasraful2517]

Sir hindi mixing

[@himalayankarki2247]

Hindi me bol Nahi Sakta kya

[@sudeepbaghel9615]

sir hindi me bhejiye

[@taufeeqansari3809]

Sir hindi me bhi samjaye plz

[@saravanbhavan]

Sir i have doubt..y v r taking centre of pressure below the centroid???

[@sureshjala6864]

See the last step.. h* is sum of the h and IG/Ah... So it will be always greater than hbar that means it will lies below the c.g... c.g distance (h)+IG/Ah.equal to h*