Hagen poiseuille equation

[@jatintk3145]

Sir the explanation was fantastic but ,in the end (last 2 steps) when you took only "hf" on the LHS , you forgot to transfer "density and g " to the denominator on the RHS.

[@ashokfaster3830]

Bhaiyo last step me ro & g apni samjh se lga lena.... Sir likhna bhul gye ..... Thanks sir nice explain

[@afrojmontyfitness6600]

But bro...ro & g to equatiy hee change ho jayegi

[@jatintk3145]

Ha bro thanks

[@OMKARPATIL-gd7om]

Yes bro, sir forget it to write.

[@shaileshkumaryadav2540]

Outstanding sir.. before one day of exam

[@sarfarazahmedkhaki3152]

Vry Nyc bht acha kaafi helpfull hai tnx

[@selfexplorer4691]

So easily understandable.aapne bahot effort ke saath samjhaya thank you very much.

[@mirzawajahatbaig7070]

Sir you forget to place that density and gravity in denominator in last step

[@mominjuned2884]

Excellent...small mistakes can be negligible

[@jeetsompura1616]

Sir forgotten about ro_g it comes p1-p2/ro_g=[hf=32 ū_mue_L/ro_g_d^2]

[@laxmankandel6976]

actually sir i am from Nepal. your video help a lot but correction required for simple mistake of misplacement.Otherwise this is amazing.

[@rohitmedar2809]

You made this concept very easy.

[@kalyanigaikwad6498]

Nice explaination sir I have no any words for your teaching 🙂

[@bhawanajoshi8277]

Sir why you omitted density and g at the end of the video when you finalised the formula of head loss..

[@kamransajjad9517]

Thank you 💕 Sir.very beautiful method of teaching

[@mahadwn1998]

What happen to row.g on left hand side

[@priyanshpajankar2617]

Sir you are the best teacher ever!

[@hillarydzonga8547]

is this pressure flow equation?

[@vinayprajapati1028]

It's very osmmm sir... 🔥❤️

[@sh1vam00]

I think this is Darcy weisbach equation not Hagen poisecuille.

[@rishabhchakraverti6287]

Where is raw and g in final eqn???????

[@pankajjain488]

Sir density and gravity kha gya?

[@SahilKhan-nu7os]

sir aap basics bolte ho mujhe bohot aa66i se samajh aati hain

[@Rohitsharma-bd9vt]

Sir ye last m rho×g kahan gya?

[@himanshukumarm.eroll-o6420]

p=rho*g*h formula hota hai.

[@kirtithakare5120]

Excellent explanation 👏👏👏

[@zeelprajapati4237]

What do in density and gravity multiplication with hf

[@Shubhamsingh-ql7ju]

Aap ka to jabab he nahe hai sir ji Lajabab Thanku so much 😄

[@bundelkhandlokgeet3130]

Thankyou sir .... After watch your i better understand this topic

[@rohitmedar2809]

Excellent explanation

[@young_vlogger_07]

Sir second last step me k.. row or g Kaha gya

[@mohitnagpal5629]

Kya ye poora derivation h?

[@MohdRizwan-vn2tv]

Sir amazing... but starting of the equation u have written the formula , that formula how to calculate ?

[@summa007]

Fantastic, thank you

[@sureshbamaniya6483]

Nyc....👍👍👍

[@nilanchalchandra9525]

Excellent sir ji...

[@manoVbloge87]

Density gravity kaha gya sir

[@arpandey4766]

🙄😑 hagen poiseuille ko 8v/r2 mila kahase?

[@rajchaudhari4792]

8 kaha se aya sir....

[@subhasisbhattacharya4257]

sir -dp/dx=(8 v mew)/r^2 keyse aya???

[@vinayprajapati1028]

Explanation op sir🙌🏻

[@goffarali5398]

You are awesome sir ❤❤❤❤

[@42_mahadikaquib55]

great explanation........ but at the end you forget to write the term " specific gravity (W=density*gravity) " in the denominator.

[@AmanVerma-rc2pq]

thanku so much sir ji you are great you have understood this topic very easily....

[@mohsinansari5385]

Thank you sir Love from chhattisgarh

[@nikitatandan7307]

Thank you sir... Sir aap bohot achcha samjhate h pr clear ni dikh rha tha vedio is baar ki vedio m dhyan rakhiyega.... Clear dikhega to aur achche se samjh aayega..

[@fixyoursleepXOX]

Pavika fluid says 'tawi' sir ye tawi ka kya matlab hee?

[@vincentkennedymcmahon50]

😂

[@gulnawab6511]

Sir the teaching is best but why you no explain and draw the profile of velocity and step wise

[@maheshchandgurjar986]

Sir Karman flow of viscous incomprehensible fluid topic ka video bnao

[@sd94715]

Very good bhaiya

[@MukeshKumar-ox6ge]

Navier stock equations par ek video banaye sir

[@kaushalpatel9648]

Sir last second step me row*g ka kya kia?

[@pavikafluidsaystawi4289]

That was by mistake. you incude this.

[@pavikafluidsaystawi4289]

row*g by mistake i forgot to a apply. (row*g) is there. Kindly correct it

[@ankurray1359]

Sir woh "rho" and "g" kaha gya end meh

[@jpchanal5311]

Bahut acha padate ho sir

[@mrj4903]

i am a great fan of yours

[@ankushdahiyasectionb7226]

Sir aap notes send kr skte ho fm k

[@taseenbegum4032]

Sir is ke related numericals upload kijeye Sir and you explained very well

[@pavikafluidsaystawi4289]

You go to my channel playlist and there you will get laminar flow chapter containing 15 videos which also contain numerical as well based on that chapter. This is the link of my laminar flow chapter from playlist. kzbin.info/aero/PLiGNmnbK1ts1JsUWtBrCz_c7gByplch0X

[@shivamtyagimaeleishift-0113]

very good explanation

[@kuchv4609]

Sir in my book this eq. Is given as hf=32(myu) (u bar) (L) /row. g. Dsquare... Please tell is it equal to the ur formula

[@theknowledgeacademybyahtis5332]

I think that head loss is between the layers of fluid not between the solid and fluid

[@theknowledgeacademybyahtis5332]

This equ used for laminar flow

[@ankitkumar-gn4yr]

Sir von karman equation of link

[@MrSwapnilnikam28]

Sir prepare lecture on generlized navier stokes equation. I m studing in ME heat power.

[@absurditymecha]

That is amazing

[@anupama990]

Brilliant explanation!!!

[@diwanshahbazkhan2362]

Sir strength material ka video uplod kariya related strain and stress

[@originalmrdegenerate]

Nice work sir

[@godwincamroon4579]

Bro in final equation ro g is not present in the equation please explain

[@pavikafluidsaystawi4289]

Actually that was by mistake. Ro and g is present. I got the same message from others. So kindly correct it.

[@piyushmechanical9461]

Thankyou very much sir❣️

[@satyapatel9489]

Sir ji fluid mechanics Ka Pura chapter Ka video bnaye

[@mizanurabedin449]

cool explanation loved it..

[@mdjaveed3475]

Sir both the plates rest

[@shyamsinghtomar7969]

what about - roh×g where it has gone...??? This is incomplete dear sir... I coud'nt understand.. please make it clear..

[@pavikafluidsaystawi4289]

By mistake it has happened. (ro*g) is there. if you are finding head loss due to friction.

[@DesiT.v]

Thanks alot for helping me..

[@rupalibidgar783]

equation madhe 8 ka ghetl

[@vinayakkulkarni3974]

Thank you Sir Love You❤❤❤

[@knowledgeguru260]

Sir awesome video. Sir can you make videos on the topic "flow over a flat plate"

[@pavikafluidsaystawi4289]

Sagnik Sadhu you see my other video . it is there in my video section " flow over a flat plate"

[@sakinah1733]

sir, your video is very helpful.. but please.. we really need it in english version

[@anjumrehab1051]

Lol in my whole class session I didn't understand this, now in a single half hour video,, I understand whole vividly... Now the question is, isn't am a genius or the why u express is genius 😛😛😛😛😛😛

[@surajkumar-jm3mi]

Nice video lecture sir

[@Krishna-th5vt]

last me apne sayad rho aur g ko equetion me consider ni kia h

[@pavikafluidsaystawi4289]

Yes, Actually by mistake it is. Kindly correct it (ro*g ) is there.

[@sakshikt9021]

Sir please Reynolds experiment ka video bhi dalo

[@guruprasadbelchda3863]

Sir can you have a notes

[@codeblessyou9407]

Thnq so mch guru ji......

[@prbhatkumarmandal8050]

Sir pura laminar flow ek bar ache se drive krdijiyena

[@jamirahamed6023]

Thanks

[@sadhvi3051]

Sir PL make videos on pumps and turbines

[@masudhossain6120]

sir Mohr^s circle and SFD and BMD ke pblm solving ka upar vid banaiye

[@mdjaveed3475]

Plain poisulle flow and both the plate rest reference

[@DesiT.v]

Very nice video

[@umangpatel6699]

App explain mast karte ho sir lekin figure thodi choti thi

[@amarnathlandge3920]

Where the product of density* gravity has gone when pressure drop is replaced by head loss...kindly check

[@sangitanaik5889]

Hello sir, Plz upload video for for Reynold's transport theorem and Navier stokes equation.. your videos r really very useful for me n I understand it easily...

[@sourabhbirle8174]

/ro*g kyu ni aaya

[@oneinmillion9815]

Really...Made it Easy......😃

[@tatyasahebkolekar4883]

g and density in final answer is not .why

[@harishkhode8296]

Sir aap row g likhna bhul gaya

[@AjayKumar-zj5tk]

Thank you sir ji

[@ashokfaster3830]

Msst 👌👌👌,,, explain very nice.... Thank you so much....

[@BahloolMarketMagic]

Very nice sir g

[@hundredlegends6192]

You are great

[@abhishekgautam1897]

Sir hi ro* g kahan gaya last me ??

[@pavikafluidsaystawi4289]

Abhishek Gautam Actually I forgot to write ro*g. Since it is required whenever you are converting pressure drop to head drop or head loss. (Thanks for telling me)

[@pavikafluidsaystawi4289]

ro*g is required at final answer. This is the correction from my side.

[@abhishekgautam1897]

Thank you sir for conforming it !

[@abhishekgautam1897]

denominator me aaegana sir wo ?

[@pavikafluidsaystawi4289]

Abhishek Gautam yes for sure. It will come in denominator.

[@kahaan1927]

Thank you 😊

[@bholaram053]

Nevier stoke equation plz.....

[@RomCom-p3i]

CLEAR HO GAYA