venturimeter & derive equation of discharge

in this video i give step by step procedure to derive discharge of venturimeter.....

[@gtumimp3005]

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[@rememberme-zh5br]

in orifice meter also plz sir your concept is super understanding😊

[@slindileperfectbekwa5133]

Wooooow u made every so easier am doing Mechanical engineering...am South Africa....wooow ur teaching is wonder sir thank you so much

[@tejasvgautam1788]

You are south Africa?😂lamaoooo

[@Private.R]

@@tejasvgautam1788 lamaoooo? 😂 LauL

[@tejasvgautam1788]

@@Private.R bro auto correct sucks

[@aryandubey500]

am India 🤭🤭🤭🤣🤣🤣👍👍

[@victorokolo7711]

Oh waw, Mechanical Engineering.
Interesting, I respect you.
I'm also studying the same :)

[@sudhanshuyadav1658]

Exam ke ek din pehle wale attendance lagao😁

[@clipsae]

mera 5 min baad viva hone vala hai

[@saichevelly7666]

Me

[@salimmalawat4137]

Present here

[@NotSpoilerofficial]

Yrr 😂😂sameee

[@asimmumtaz8986]

😁😁😁

[@murtez22]

thx man I really needed the derivation of this equation😹😹😹 so helpful

[@3v3.rocketmail]

I never seen this type of lecturer well done sir..
😘😘😘😘

[@MaheshYadav-qm3ii]

thanku soo much bhaiya bhut bhut achha se smjhe aa gaya aur yadd vi

[@njghtcrawler7899]

This video cleared up so many things for me... thank you so much!!!

[@ankurrekha9410]

amazing excelent no word to describe how u wonderfully describe venturimeter case you are the best teacher

[@engsherif4657]

Good thank you for best lecatcher

[@shinshan5821]

Bahuth badia bhai

[@sachi-3000]

Very clearly explained.
Thank you very much.
Your explanations are amazing..........

[@mechanicalconceptsbypandey6077]

Watch my videos on ua-cam.com/video/x-01NA_yoYw/v-deo.html

[@incn4106]

simple and good. Keep going.....

[@gunagandla9871]

NYC video for complete understand for average student also

[@shivanshgupta8440]

Acha samjhate hai app lage raheye,mughe kafi madad mili

[@dalliramireddy3395]

Simply supper explanation...wow 😍
Please explain different subjects in civil engineering 2-2sem🤗

[@dipeshmahato1255]

Simply discribed 😍

[@ujjwalabhondave2860]

excellent sir really it easily understand .really i like it

[@Firesaga5064]

Hallo bro
Your studing is wonderful. It helps me lot. You should consider some topics such as analysis, designing,
Thank you

[@freepremium-qd9ko]

kitne back hai aapko 😂😂

[@sheikhabdiazizabinasir2096]

I really appreciate u for this derivation can you derive for when z1is not equal to z2

[@ssp.8695]

Pipe is always horizontal

[@Rkkumarrakesh067]

Excellent bro.....i understand completely

[@gtumimp3005]

Thanks.... Please share videos with your friends and for more videos visit my channel GTU MIMP....

[@deepakm.b7042]

Really Helpful.

[@lifelearningisfun3029]

Hi Sanjeev. Nice video sir

[@rishabclassicalmusic6379]

sir or bhi vedio daliye bahut achhe smjhate h aap...
Or Bernoulli equation considering or momentum ke upar pr vedio bnaye

[@Sharmill933]

That is very helpful 🙏

[@thewilding7275]

Thank you so much sir ..
For such amazing lecture ❤️

[@bharadwaj3249]

Explanations superb sir

[@amieruldaniel3417]

This really helpful thank you so much! God bless you!

[@user-jk2hm3oj2p]

TQ sir ,it's helpful ❤️❤️

[@sakhikhayamkhabela9660]

This video was published on my birthday so automatically you get a like from me but you are so fast when explaining

[@ahmadyusuf2966]

Thank You Sir. Greeting from Malaysia:)

[@mahabalterdal7506]

flow through notch Derivation explanation plze and also solve some problems

[@peterv2306]

Love the guys explanation, but its a little difficult to understand.

[@alirezainternet4404]

Thank you sir for these videos
its so helpful

[@dafinete]

Thank you so much Sir! you are a big help thank you thank you thank you!

[@govardhan9854]

superb sir ....
nice explanation

[@fortyseven686]

Is this correct??? The fig is manometer used as a venture meter. But the derivation is actually done for manometer using piezometer. It is different. H here can expressed as function of X. X is hight difference in manometer

[@mech-beardteacher968]

You are correct

[@fakesoulyt282]

Superb

[@rakshitaarya3400]

Simple, short and helpfull

[@sushantkumar4483]

aapka bohot bohot dhanyawaad sir

[@mahadevstatus_123]

Very well explained 😀

[@melodystars6032]

Very easy sir TQ soo much

[@rajendrapathak7034]

Sir,
Make a video on derivation of orifice meter

[@bhautikusdad9655]

Thank you sir.. kl ke paper me ab pass ho jaunga😄

[@gtumimp3005]

How was your today's paper???

[@bhautikusdad9655]

40-45 marks aaram se aa jayenge... Thnq u so much sir... Kl tk pass hone ka bhi nhi socha tha

[@gtumimp3005]

Are you from which college???

[@bhautikusdad9655]

ADIT

[@ananthukr5808]

Top✨

[@enokollasunil8930]

Sir ur explanation is so good but visibility of derivation so dark

[@wanibrothersvlog]

i like your teaching method

[@priyasoni4531]

👍👍👍

[@pradipbhowmik2653]

Excellent sir 👌👌👌👌👌

[@creatornirmal3742]

Nice 🙏🏿

[@harshu0405]

1ch no ahe sir

[@murtez22]

فانطاستك❤️

[@sanjaykodam6189]

Hlo sir keep the orifice meter derivation part nice explanation sir thankyou sir

[@srikarys8792]

nice explanation sir thank u

[@vickyvk8876]

👌

[@vishnupatil8942]

Amazing explain sir

[@आईचीलाडकी]

Nice teaching methods

[@INFOMOVES-ud2cc]

Very good .....

[@haiderlord7572]

Thank you my kind sir

[@abhisheklal156]

Very nice

[@neshatalam4414]

Amazing sir
Thank you 😊

[@travelwithom2577]

but sir the venturimeter is using for rate flow of liquid but in thise area of cross section is less becouse yaha pe energy loss hogi na sir aapp ak barr plz ye bataiye

[@nakulrathi7937]

Awsm sir

[@user-hk9kl6et8b]

thank you so much sir

[@whimsabo]

Recommend speed 1.75x

[@sadhanasingh8294]

how coefficient of discharge of venturimeter is effected by Reynold's Number?

[@anilkumarsharma1205]

simple solution for the question is the derivation of that question, so you know how reynolds number drive by simple physics then you know about its dimension which correspondent to the final equally important equation
now you know how anyone can get there answers in physics, all that simple, isn't it?

[@MD-st5eo]

He was nervous shitless bro lmfao

[@friends4ever511]

Good

[@bereanspirit_14]

Blessings

[@ashique0073]

Poliii 👌👌👌

[@asimmumtaz8986]

Sir in actual discharge formula you write the term CD what is CD...?

[@ShubhamKumar-jq5ip]

What happens when we fixed the venturimeter in by its diverging side on the pipe
I mean I will fix the venturimeter by its opposite side in the pipe

[@MOHITSINGH-gr3lq]

Sir fluid mechanics kai unit wise sare lecture daalo sir please

[@anilkumarsharma1205]

sari flued mechanic's burnouli equation ki hee branch hain, to ek hee equation ko sahi sey kar lo to baki sub apney aap hoga
ekhu sadhey sub sadhey sub ssdhey sub jaye
kam bigarey aapno, jug main hote hasaye

[@prasanthg2176]

On which cobndition the suction will be more at throat, when inlet pressure is 500 mbar or -500mbar

[@asharnagundi6271]

Sirrr pls upload bernaulli theorem also

[@gtumimp3005]

I already uploaded this...... Please visit my channel GTU MIMP.....

[@darshanpatel7382]

Mast sir thank you

[@Worldthings..641]

Thank you 🤗

[@jaydeepjitendra3214]

Happy birthday bhaiya

[@shyammahto6180]

Thank u so much sir.....

[@Omraje_07]

Thanku sir🙂

[@adarshchaubey7861]

Thank-you very much sir 💓

[@lavanyakambam6607]

So good

[@mkhanstar9552]

Sir according to b eq ptessure is reduced when velocity is increase
But we know p = F/A
If A is decrease the pressure is increase

[@anilkumarsharma1205]

arey aap poori baat samajh lo fir koi question nahi bachega , ulta bolkar dusron ko bharmit mat karo?

[@anilkumarsharma1205]

agar physics key factors ka discussion karna hain to thought experiment kA saharA lo yeh bharatiya janata ney bhagwaan key liye banayA hain, jo saari dunia main log maantey hain aur scientific method ko sikhatey hain , apni jadon sey judiyein verna angreji sabhayata sirf shareer ko dekhatee hain jissey sab taraha key rog lagey hee rahatey hain

[@tussharmali435]

Sir is there a orifice meter derivation please upload that also

[@vatsalpurohit3933]

tusshar mali wo vala mila kya kahipe?

[@tussharmali435]

Vatsal Purohit nai mila but derivation dono ka same full ditto steps . Sirf denotion change karo . Khud see karoge toh samaj jaega it's easy.

[@vatsalpurohit3933]

tusshar mali vese bhi mujhe sirf pressure difference tak ka hi chaiye tha.. same hi hoga na?

[@meghsinghgarg5793]

Venturimiter kiske sidhant per karya karta hai sir

[@irfanndl2751]

🖤🖤

[@mahabalterdal7506]

wow ur hand writing

[@wanibrothersvlog]

nice sir

[@priyabratasenapati1648]

Nice

[@mdarfeenkarim6797]

Discharge through venturimeter By Buckingham method sir please one Video

[@clipvideo9382]

Sir Yaha pe Cd v nhi diya or na hi Q diya hai to Cd kaise calculate krenge

[@me-zd2vr]

good day what is the formula for the upstream pressure p1

[@davis_706]

Aree mujhe chakkar ane lag gaye🥵🥵

[@AnshulNaik-]

Thank you so much ❤️

[@sylvaingalmot-kerr1312]

Would be interested to catch up to discuss your venturi calculation? Can you reach out to me?

[@maitripatel8918]

Thanks sir, it was really helpful

[@gtumimp3005]

For more videos visit my channel GTU MIMP.... Thanks

[@aimanjaafar5578]

tq

[@godwinnartey1249]

THANK YOU SIR

[@shyamsundaryadav8752]

Sir, make more videos

[@ABHI-pg8wx]

super

[@vipinkanaujiya6454]

Thanx sir