Venturimeter derivation

[@rashidgavit2272]

Sir u are great teacher if such teachers can be found in colleges then everybody will get practical knowledge. ....good work sir salute u

[@tkhankhoje39]

Best channel for fluid mechanics

[@technicalnontechengineers8252]

sir aap jo pdhate hain .wo ek dm click kr jata h mind me...
sir strenght of material ke lectures bhi bnaiye. sir.
app basic knowledge dete ho. thanku so mch sir..

[@autocadbymonendrasinha4252]

Aapna to dil khush ho gaya ,great sir! Aap bahut aage jaoge agar sabhi topic ka aisy basic aur other knowledge doge to

[@phurpakomu99]

For me ....your the king of fluid mechanics

[@RatanKumar-xn6dl]

Sir, It's very clear to me now, your teaching style is very much simple and logical.

[@DCEAkashKumar]

U are..No.1 explainer for diploma student

[@pavikafluidsaystawi4289]

Thanks for the love ....

[@mdrahbarimam5361]

Mai bahut din se samajhne ki koshish Kar Raha tha but mujhe samajh me hi Nahi aa Raha tha
Aaj mujhe samajh me aa Gaya ye topic
You are great sir

[@arvu301]

Sir!!...You are the best tutor. When it comes in teaching of fluid mechanics.😁😁😁😁

[@achchhelalprajapati9229]

Sir aap ka smjhane ka tarika bahut best hai

[@nadiaiftikhar7623]

Thank you sir it really help me in my exam...

[@mithunroy65]

Thank you so much sir. Your concept is so much clear about venturimeter. I am learning so much from your tutorials of fluid mechanics. please make tutorials of strength of materials. You are great sir.

[@jobseeking827]

Thanks a lot sir..
Im very glad to see this video and as well as The BERNOULLIES derivation video....
Your way of teaching is totally magnificent..
Shall you please make such kind of video on (strength of material)...
I m studying in South India.
But after these videos im feeling the learning concept of North indian
Again..... Thank you so much
Keep it up.. Sir

[@inoxentmoon3924]

Amazing Video Great Knowledge

[@pratikpatil9746]

Owsm deep explanation SIR . THANK YOU SIR

[@inayatsayed9993]

Thank you sir...aapke video's meri exam me kaafi helpful hone vaale h...

[@tabrez_7742]

Sir aap bahot achcha samjhate ho
Thanku sir
Sab samajh aa jaata hai
Concept clear ho jata hai sir

[@eccedentesiast4647]

Thnx sir. Really proved to be beneficial 🙂🤗

[@TheModernCivilEngineering]

great sir, I understood this for first time

[@Civilwala_DataEngineer]

Thanku so much sir... Ur teaching style is awsome sir.. I became ur fan sir 🙏🙏🙏🙏

[@ramishkhan2852]

The concepts you give is so valuable and help us alot.Amazing way of teaching.
Lots of love from Pakistan

[@pavikafluidsaystawi4289]

Thanks for the love

[@tkhankhoje39]

Why we don't use piezometer here

[@DHEERAJSINGH-xx1mu]

Bhahut badiya sir yasi detail ma study honi jaruri ha...

[@nikhilraj5343]

You are simply the best no competition Sir 🙏😊.

[@abhrajitsaha7]

Sir, thanks for the video. But, I will suggest you to use h in the diagram and ∆h in the derivation because they are different. In the derivation, the h which u used is the pressure head difference, and the h in the tube is the height difference.
∆h = h*(rho(manometer fluid) - rho(flowing fluid))/rho(flowing fluid) , so both are completely different and only both are equal when the flowing fluid is air and thus we can the density.
Sir please kindly give me a feedback regarding this which will further reduce my confusion.

[@sahildiwan4071]

Really help me for all videos and clear all douts 🎉🎉🔥🔥🔥

[@SurenderSingh-wn4vw]

What a wonderful concepts sir..direct hit

[@natarajanm7181]

explanation was silver spoon feed . Thank You sir

[@thesciencevillageandinnove1796]

Sir aap gjb read karate hain

[@jasjuthani]

Bunking Lectures Of Fluid Mechanics.
Coz I Know I Will Understand Better Here.❣️

[@SAHU_ji.]

Sir aap bahut Accha difine krte h

[@narayantripathi3154]

Best teaching sir

[@Viraltalks1602]

Nice to watch these vedio , very helpful , but so much ads are there , so kindly fix these ads , so that there should not be any interruption between watching it . Thank you so much for making vedioes on fluid mechanics.

[@sudipyadav414]

Thanks for giving your time sir

[@autocadbymonendrasinha4252]

Thanku sir aap bahut achhe padate ho sir

[@MohitSingh-sj8pi]

Very good sir . good work sir .

[@rahmat1412]

Very very very much useful video.

[@padmavathisupraja8916]

Your videos are simply superb sir
👏👏👏👏

[@user-sn9rk5zc9b]

Bahut deeply padhate ho sir aap
Ek chhoti si bhi doubt nhi rehti aapki lecture dekhne ke bad🙏

[@sarangkukade6788]

Very good explanation sir... In simple words

[@jaswantjonwal6874]

sir too gud
bahut achhe se samjhaya
baki subject bhi karwao civil k

[@shivanandayya4641]

Best teachers

[@anupama990]

Brilliant explanation sir... hammer college me teachers kuchh nahi pad hate

[@memesbrain]

Thank you so much sir love from 🇵🇰

[@nautic522]

Very simple to understand

[@thesciencevillageandinnove1796]

Sir throat pr pressure maximum hona chahiye qki p=f/a hota hain ,a=area of throut hain jo ki minimum hain aisa kyo nahi mante hain

[@sumanhalder458]

Super concept sir.

[@deepdeep9502]

V good explanation sir

[@onesteptowardssuccess9928]

Sir ye concept samaj nahi aaya ke diameter bada to pressure more and dimiter chota to pressure less

[@inayatsayed9993]

Sir【Hydraulic coupling】pe b ek video bnaao.....ye topic bhut acchha h...so...bnaao..

[@ajeettechno3552]

Nice teaching sir ....

[@panchasaraankit1450]

Thanks for your video

[@easytolive6215]

so valuable video ,so nice . ...

[@lovestylonitu]

Owsm teaching Sir plz make videos on heat transfer also

[@rashidgavit2272]

Good job sir. ...i always prefer ur videos. ....Sir thoda practical application. ...batani ki or kashish kijiye maza ayega

[@MaheshSharma-dy6sq]

respected sir,
your explanation was wonderful
but i had a doubt for you.
on increasing diameter , cross sectional area will increase so pressure should decrease as pressure is inversely proportional to area but you said pressure will increase.
please explain i would be thankful

[@arjunhserus9482]

A1v1=A2v2
As dia increases, velocity will decrease
From bernoulis eq as velocity decreases ,pressure will increase

[@AyaanKhan-ei3gk]

@@arjunhserus9482 thank you !!!!

[@sohanlaldhaker8689]

Very good Sir ji

[@ayushshukla4503]

Sir request hai aapse ki SFD, BMD aur trusses kaise finfa out karte h ispar videos bana dijeye

[@arbeenabilalpala7943]

Sir u r excellent....
But white board appears sometimes blurr...
Hope u will improve video quality

[@nevernever3585]

Sir pls. Properties of pure substance k liye video banaye and SSC je k topic jarur include Karey video Mey mainey already aapka channel subscribe kar Rakha hai.

[@divymathur4163]

Sir diameter jyada hai toh pressure kum hona chahiye na.. P=F/Area

[@childrenactivity3018]

Very nice Video,my question is if my pump head is 25 mlc,then what will be the pressure and Kw for feeder?
Kindly guide me accordingly.

[@Phy_RNJ]

Why we don't consider the difference in water level in manometer tube.

[@mdrahbarimam5361]

Bahut khub

[@saurabhdhumal1772]

Great sir

[@abhishekshukla9859]

Nice vidio sir

[@mohitrangare8070]

Awsm sir

[@younusmushtaq023]

Txs a lot u sir i love u sir ..............

[@younusmushtaq023]

Thanks again sir ........

[@amritanshupandey8690]

thank uh soo much sir!!

[@shahreersazzad6562]

thanks a lot sir :)

[@narendarsidh3596]

Thanks sir 👍

[@ayushshukla4503]

Nice 👍

[@ARVINDKUMAR-vy3on]

Sir machine of solid ke vedio send kar de😊😊😊

[@khansohel5252]

You are great

[@ravindaryadav5052]

Sir oHydraulics ka pura chapter lod Koji ap ka lecture hame samacha ata hai

[@vasueva1856]

thank you sir

[@ravindraduni]

How to calculate h .no one derive this equation

[@budget6064]

Product of inertia and transfer theorem in engineering mechanics

[@nirenghosh5505]

Thanks 😊

[@mukeshkumarnath3123]

Sir how to convert that Mercury height in manometer into water pressure head difference?

[@mahendrapal4984]

Tq sir....

[@pathan_saif25]

Sir section 1or section 2equal kyeshe hua hai

[@pavanhemanth5686]

Excellent teaching

[@princezyan2412]

thanks sir

[@prashantkumar-tg1wv]

Super sir

[@sandeepsaini6493]

Sir how we calculate the flow coefficient k in formula( f=k√∆p ) how we calculate k in any orifice plate or venturie tube..

[@abdullahalfahad3320]

very effective video sir

[@ashroxrite434]

Amazing

[@pavanhemanth5686]

Super

[@shivanandayya4641]

❤

[@hammaskhalid5136]

Best

[@achchhelalprajapati9229]

Inclined venturimeter ka video bnaiye

[@ushagupta3204]

I think you didn't use manometric equation so h is different

[@SAHU_ji.]

Sir heat transfer ki video chahiye

[@sonubrar9631]

Good job ser

[@nikhleshdesai4010]

👍👍👍👍

[@sahildiwan4071]

👍👍👍

[@AbhishekSingh-gr8rl]

Sir orifice meter ki vedio bna dijia

[@yme2003]

😇

[@deathnote6246]

Sir torsion aur angels of twist pe video bnao plsss sir need help in som