Poiseuille's Equation (Concept and Derivation)

[@rudr5970]

12:00 sir integration variable to 't' hai na, then xdt = (x^2)/2 kaise hua?

[@LiamJohnson07]

Please put a small commment here, as TH-cam algorithm supports videos with more comments

[@kavitasharma7483]

Sir viscous dragging force ar viscous force alg hote hain??

[@vocalvolla4800]

Sir if I am not wrong for finding viscous force the formula is (shear elasticity)*area*(velocity "gradient)
But instead of velocity gradient which is dv/dx you took dv/dt

[@vocalvolla4800]

@@kavitasharma7483 voh sir nai equal isliye kara to make sure thatfluid flows in it with constant velocity . Had the dragging force was not there then the fluid might eventually stop flowing

[@visheshmishramaker2890]

Ok

[@nareshdas4219]

Thanks Sir, it was very helpful.

[@RinmokiLol-t1q]

Very good explanation I truly love it ❤

[@sanjeevlakshakar4183]

Bhut hi acha explanation kiya bhai, but ek mistake hui h, back dragging force me Differentiation me dt ki jgh dx krna chahiye tha (dv/dx).
Well explained, acha lga mujhe

[@ndaaspirant1502]

Nice explanation sir..
The way of explanation is amazing and very simple.
Great sir.....

[@adityakumargouda5761]

Thank you ❤

[@arundhathivu2316]

sir nice video ,i understood the derivation very well ,
but dv/dx it is ,for viscous force.F=nAdv/dx not dt.

[@Prakriti_Senpai]

Apke pass sem 1 ki questions paper h
Please can you provide me pdf of it

[@ashwinalexleslie3864]

wow top level explanation

[@yashraj4634]

The way of teaching was nice..

[@Nakuruatsu]

This is the perfect video to understand this derivation 👍👍👍

[@sunilmahato2324]

At 11:14 integration of xdt =xt and not x^2/2
Explain if I'm wrong?

[@ayangB]

Ur handwriting is really good sir, so is your teaching skills

[@debaduttamishra9947]

Thank you for the explanation 👌👌

[@rajsandeep5831]

Very nice and useful explaination sir

[@ParamountCreation]

Well understood...thanx a lot sir for this beautiful approach 👍👍🔥🔥

[@Kimyuna-g7c]

Why does the formula fail in the case of wide bore?

[@Manii__sha]

Nice explanation sir..... Thank you so much 😊

[@AdeelAhmed-gj3tr]

thank you so much it was very helpfull

[@nehajaiswaltanuja]

Thanks....It is very helpful me

[@bhim1288]

आपके वीडियो देखने के बाद मुझे इक्वेशन का डेरिवेशन समझ में आ गया

[@Savage-po1yi]

Helped a lot....thanks....😊😊

[@kinziishahzadi6477]

V gooood.....really helpful explanation

[@yongmang9483]

Superb explaination Sir. Thank you.

[@surajmondal6441]

Thank you so much sir for such an awesome educational video

[@pavannaik2004]

Thank god now i got it, and I'm reading this before exam

[@chintalapudiyatheendra1081]

At newton's law of viscous flow it not dv/dt, according to law its dv/dl

[@nadeemsheikh2267]

Bht kmal Btaya

[@SarahShaikh-w5c]

How did you get the area between the two imaginary tubes to be 2pixdx??? 15:09

[@mayankkumar8871]

Just imagine that area like a rectangular strip.

[@hrgupt3944]

Thanks a lot sir ...
Please continue it...

[@brahmanandamoharana3980]

Thanks you so mush for pdf note 📝 ❤❤❤

[@humairakhatoon4561]

Well explained 👍

[@ABHISHEK-xj2sb]

11:12 sir you integrate x with respect to dt ???

[@madhumita8777]

Very helpful video 😇

[@moonchun585]

Very nice explanation.
❤❤❤

[@sitiyadav2147]

Amazing explaination

[@d.d.8596]

Konse book se hai bhai , jaldi bata do

[@vashuandvaishnavistudypoin5946]

Very nice explaination sir plz explain complete syllabus of bsc

[@shanibegumsheikh4284]

Excellent explanation sir

[@sahilsharma2003]

Nice explanation sir ji 🙏

[@jk_016]

Nice teaching method

[@AbdulrazzaqAli-b6u]

Superb👏

[@priyankachetri33]

Thank u so muchh.... U explained very well ...

[@blueyellowredblack3610]

Nice appreciate that !

[@yrtopsvideo1053]

This video is very helpful me

[@sakshipatil6497]

Extremely good ....video....👌👌,Nicely explained😍

[@sultanurarefinenam8854]

Helpful 🙂

[@shubhrajitchakraborty6813]

dt nhi hoga, dx hoga...saare dt ko dx se replace koro...otherwise, explanation is quite good🤞🔥

[@doggee09]

There is mistake in velocity gradient

[@user-howto_]

Thank you so much bhaiya 😌🤍🖤

[@ashisghosh9349]

Thanks sir. Great help for me

[@mahazahid8087]

Nice explanation

[@navdeep4301]

you shd also explain background dragging force.

[@swagatikananda7994]

Helpful for my semester 🥲❤️

[@cyber_securitygravity2998]

Thanks bhaiya for this video

[@rupalimali8118]

Thanks sirr...Very useful🥳

[@mstsamsunnahar538]

thank you so much sir,,,bohot help hua

[@HARSH_22]

Is this a topic of class 11 cause our school is asking to drive this in exam of class 11 ?

[@adityagautam8468]

Sir aap assam ke ho ya china

[@barnalimondal5]

V integration with respect to t kaisa x ka integration hoga ?

[@ritachaulagain6021]

Thanks sir it's really great..

[@pradeepsahu4256]

Sir 2good padaya aapne lekin hindi medium me bhi mil jaata to aasani hoti..?

[@swaritmahalsekar5521]

Sir kuch log V/t bhi likhte hai to Q=V/t hai Kya?

[@faishalahmad3999]

11:23 min me (x dt) ka integration hoga he nhi kyuki function x ke respect me h aur aap dt ke ke respect me integrate kr rhe ho

[@saatvikpandey9045]

wo isne galti se dv/dt likh diya hai , asli mein formulae mein dv/dx hai

[@Harishortsonyt]

Full support

[@s.k.ratnakumar4880]

Viscous force is directly proportional to velocity GRADIENT
dv/dx....

[@smartstudypoint1144]

Thank you very much👍👍👍

[@harshitagupta261]

Very very nice

[@Ussop_01]

Helpful 🙏🏻

[@keertisankh3320]

Tq sir its helping more sir

[@mdshahbaz3867]

Sukriya bht

[@sniperma6058]

Sir how x can integrate w.r.t. dt

[@ShivYadav-go2wl]

Thanks 👍

[@uditgopali7146]

thaks bro😍

[@zaidkhan2565]

Pressure must be constant and then you put pressure difference

[@allyou-kv2vt]

Bahut achha

[@rajibkumar1509]

Sir esii tera orr video bsc kelie banaoo thank you

[@muzammaljutt7807]

Kamal sir

[@jobadriforever9360]

Superb

[@taymurahmed5294]

nyc explanation

[@mr_basnett9795]

Dhanyawad 😭

[@jyotivishwakarma8483]

Thank you Sir 😇

[@AshokKumar-pr5sp]

Helped!!!

[@cbsephysics7001]

sir there is a mistake f=nAdv/dx instead of this you have written for=nAdv/dt

[@mathenglishjaano8177]

Sir apne integration t ke respect mai kara hai aur aap x ko xsquare/2 kaise likh sakte ho

[@saatvikpandey9045]

wo isne galti se dv/dt likh diya hai , asli mein formulae mein dv/dx hai

[@lipikamajhi6717]

Thank you sir!!!!!!!!

[@shivanigaur9815]

Thank you sir 🙏

[@kinggaming919]

Great

[@luvangle5004]

Thank you

[@Sharmafighter]

Super

[@hwcphysics]

Outstanding

[@2155-d3e]

Thank you very much

[@FreeFireGamer-ns7oz]

Thanks you ...sir

[@sanjibmaths4254]

Thanks sir .

[@ABHINAVSHARMA-xp5ok]

sir explanation badiya tha par aap ne derivation thodi lambi karva dii

[@sudiptamallick1111]

Thanks

[@aradhyasharma2262]

Thank you sir

[@saloni6576]

Nice

[@learnregularly9888]

Good

[@emilansi893]

Thank u

[@spreadpositivity-mg4em]

00:02

[@avinashk6567]

Tqq😊😊