U Tube Manometer

Explanation about Simple U-Tube manometer to find pressure at any point in a pipe either gauge pressure and vacuum pressure.

[@shaantubes]

The best video as far as the explanation and concept clearing is concerned. You touched all the necessary point that was needed to be clarified. Hope to see more of your videos

[@Little_J_0119]

This is confusing.. the Pressure PA on the cylinder in left is basically equal to your rho*g*h1 because it is the same gas and its pressure will be the same at all points once you open that cylinder..If its not the same pressure yet then it will continue to push the orange fluid up until it becomes stable and can't push further. Also, atmospheric pressure can't be neglected in an open manometer. How could you neglect 101.325 KPa which is a huge magnitude.

[@jeffreysmith5930]

If the right side is open, there is also the pressure from the atmosphere specified at a certain level

[@chaudharynishant7705]

amazing sir is really help full for every one even for a gate

[@rajesh7059]

SUPER EXPLANATION SIR. THANK YOU

[@MrAngbarako]

Thank You Sir, Very Helpful! LongLive Indians!

[@MrAngbarako]

Hahaha, they smell but they are smart :-D

[@user-ou7xf8cs4w]

Thank you very much

[@ankurchaubey2951]

Thank you sir ❤❤❤🎉

[@abdultawab5894]

sir it is alright but here at right limb there exist atmospheric pressure but you not mention in general equation

[@alphygeorge3403]

Thanks a lot sir.. All my doubts where really clarified.. are you a malayali!?

[@chandanprasadshah5520]

thank u sir very nice video upload some more for venturimeter

[@hishamibraheemabdullah6999]

Thank you for your effort ❤️

[@10-aruvisalhananth12]

super sir.......

[@tadae__]

Thank you so much

[@balusmiley4259]

Super bro

[@ahmedfawzy881]

sir why we didn't add the atmospheric pressure on the right limb as it is open not closed ?

[@arunkarunjay3658]

ahmed fawzy becoz of negligible value...

[@snehasish7]

don't atmospheric pressure act in the right limb?

[@mrunal902]

Why didn't you consider Atmoshperic pressure in the right limb?

[@EngineeringMechanicsbyaryan]

We can consider, but I have neglected it. If it is mentioned in the problem, we have to consider.

[@MohamedAhmed-rs9fv]

the name of prograamme u used

[@suthanjayajith796]

Please explain why datum line is drawn

[@sanskarpatil4159]

Thank you sir ❤

[@aldrin812]

Thank you.

[@MDDANISH-gl3rg]

means how to measure pressure inside tank n pressure diffrnt of gap of tank..

[@MDDANISH-gl3rg]

plz upload video to pressure calculation of tank n pressure diffrnt of tank,how to calculate liquid tank pressure

[@shashikanthmagajikondi8598]

well explained

[@Satyaprakash-rb6lq]

in second case, how the pressure becomes zero in right limb.?????

[@narayaniyer7363]

Great video but some improvement needed.
The U tube is open at the end of both limbs. So there is atmospheric pressure acting on both sides of the limb. So the correct equation is
Patm + Pa + r1gh1 = Patm + r2gh2.
2) Using the same equation for determining vacuum pressure
Patm + Pv + r1gh1 + r2gh2 = Patm
This equation correctly describes the pressure dynamic at play.
It was very unclear in your video why the pressure on right limb was 0.

[@arunkarunjay3658]

Atmospheric pressure is neglected there...

[@madhatinea2937]

not all heroes wear capes :'')

[@chakrisurisetty5013]

What happen if h2 is less than h1

[@ruotgatkuothgatkuoth9260]

Enough idea 💡🙄

[@footprints1214]

tq sir

[@nataliahgoafitlha929]

Subtitles*

[@NaveenKumar-ct3is]

Find the hight please sir

[@1.4142]

utube on youtube

[@konchotsering2287]

liked

[@georgeschlaline6057]

slow down and pronounce words

[@shahinsaleem]

Good video..But do try to improve your spoken language. Its feels as though there isnt any passion in it.

[@19ap]

#mano_tube