Euler's equation of motion

[@adityamehra8239]

I see the bestest teacher for fluid mechanics in my life is you sir

[@webmace]

and the "bestest" teacher says "YOUR Flow" @3:14 to the " The Flow"... it is not "OUR" Flow. which he wrongly says and corrects at 3:25 from " Fluid" to " Flow"

[@arpankumar7959]

Yesss

[@mohdanas5287]

@@webmace Tum Jaise chutiyo ka sahara hai dosto

[@heroes5699]

So true 💯

[@iotdeveloper]

​@@webmaceIs it such a big deal? Sometimes due to nervousness you make mistakes but he corrected it also, which I have seen several times in IIT lectures.

[@SAHILMOHDMenala]

This sir has made fluid mechanics seem much easier ☺️

[@adityasharma11057]

RESPECTED SIR, THANK YOU VERY MUCH FOR THIS VIDEO. THIS EQUATION HAS COME IN EXAM MANY TIMES. NOW I UNDERSTOOD THE CONCEPT. ONCE AGAIN THANK YOU VERY MUCH SIR AND KEEP IT UP.

[@ramchhabra1223]

concept clarity is quite high because sir does every thing from very basics , even the calculations and simplifications ..... Thankyou Sir ..

[@Critterpig]

this sir is the reason i passed by studying 2 days, the concepts are explained very clearly and from basics in simple language so that even someone with no context can understand these videos. Thank you and keep up the good work!!

[@mehulvaja6097]

No one clear my doubts regrading euler eq.. u does sir thank u so much🙏💐 Nice explain from basic..👌

[@bhanuprasad4729]

Sir your videos are very helpful to us because u teach us complex topics from basics

[@inderjeetsingh3397]

Dear sir, your lectures of fluid mechanics are really very helpfull. Thanks. And keep it up.

[@azharuddin9312]

absolutely outstanding respected Sir......❤❤❤ Love from Pakistan.

[@Chetanmalik369]

Waha bhi ye padhna hota h

[@Gaurav-pc7jz]

@@Chetanmalik369 🤣🤣

[@abkivynz3461]

Tomorrow's my exam and alhumdulilah apki Vedio dehk kr Mujhe 100% Samjh aa Gya thank u sir

[@arvu301]

Sir!! It was really a good explanation.Though it took more time.It was worth for me. Sir you should continue this good work. It will be a great help for all the students.🙂🙂🙂

[@sharadchaudhary18]

The way you explain is very empress to me

[@DeveshKumarr]

I think the explanation is v good , all basic thing's have been explained in this video , even a lower average student will understand Whole derivation

[@tjmunnagaming7686]

Thanks sir..one of the best fluid mechanics teacher.. 💕

[@aamirrashid4019]

Amazing informative,easy .interesting ,n loving explanation, regards from Islamabad

[@abhi-on7ht]

Your teaching way is fantastic sir 🙏 Your video is very helpful for me 😁 Sir keep uploading the video ❤️ Also numerical parts covered you sir

[@aaentertainment5473]

I am from Pakistan.Just wanna say that you have done a great job sir

[@himanshurajpal7842]

What is the derivatiion of , Euler in terms of using body forces ,surface forces,,,and by using gradient.

[@vyasjayprafulchandra3625]

At 3.12 for incompressible flow density is constant it is not right If it's density is constant so it is definitely incompressible flow

[@hamzakhan6325]

Just excellent absolute stunning work...U make it so easy

[@kartikachandratripathy5503]

No, sir euler equation can be applicable to compressible flow also, but in bernoulli's equation is flow is assumed to be constant density

[@karzink8763]

Impressive explanation sir.. My doubts are cleared now.. Thanks, love from BHUTAN

[@vmodelstudio5032]

I am watching your videos in 2020 sir, i really want to say you that your videos are really helpful for me and i understand each and everything.. thank you fr making such knowledgeable videos.

[@nayansarkar5983]

Best analysis sir...about this equation.

[@prasannajoshi2645]

great way of explaination sir

[@nagenderpsd86]

All concept are clear sir thankyou 😊

[@sandiprajak2736]

thank u very much sir,,,for teaching this equation in a easier level...this video helped me a lot

[@karmalhendup1582]

Wow I got everything you taught. Though I understand few hindi I could understamd it through your expression of equations. Excellent teaching sir

[@chiragjain7832]

Nice video sir. you make it easy to learn

[@vishwapadshetty]

Sir thank you so much 😊 Your teaching is amazing It is very helpful 👍 Thank you 🙏 sir

[@amitbharti7096]

Thank you so much sir

[@iftequarahmed3202]

Great teaching. You are the boss

[@komalkumari6966]

Superb Sr this video is awesome 🙏🏻🙏🏻 thanku so much sr

[@arifshabir6852]

Really Interesting Sir and you understanded this topic in very easy way...

[@AbhishekKumar-bw6hq]

Awesome delivery style

[@drkaleemahmad6893]

Inlet pressure at out (p+dp) is greater than at inlet (p), then why fluid is flowing from inlet to outlet??

[@zaheersheikh4636]

If fluid flow in upward direction then upward pressure must be low as compare to downward pressure ?

[@satyamraikwar5832]

Great explanation sir. Beautiful, and simple.

[@ShivanappaAralikatti]

Sir,pressur force along with direction of fluid is negative side & also gravity component opposite to direction of stream how we confirm fluid flow as you shown

[@ShivanappaAralikatti]

Sir you are assuming dv/dt=0 for steady flow then you consider valued in the derivation

[@hoticeaaron5945]

Can you use f=ma including acceleration while the assumption is the flow is steady, that means dv/dt=0….??? That makes F=ma 0

[@iotdeveloper]

Sir I have a badic doubt. Why (P+dP) direction is opposite to P why not in same direction?

[@arupoddar642]

If at point B pressure is more and acting against the flow....then how flow is going frm A to B and then in s direction. ....it should be going from B to A....opposite to s direction

[@niteshkumaryadav8391]

Thanks sir a lot of love from Nepal Just amazing video

[@AmanKumar-id8pv]

doubt doubt doubt doubt.................... sir it is sure that fluid will flow from high pressure to low pressure but in this diagram fluid is flowing from low pressuto to high pressure??????????????????????????????????????????????????????????????????????????????????????????? and why direction of pressure is taken in opposite direction at the inlet and outlet

[@Inbegriff]

great lecture!!!!!!!!

[@yaseenmirza3003]

Sir jb fluid high pressure se low pressure ki traf move krti hai To B section me pressure p+dp kyu hai P-dp kyu nhi?

[@ArpitSanwalMTTFE]

sir, can you tell me why he considered fluid element to be cylindrical and symmetric in shape, i dint get that part.

[@SaifKhan02804]

Neither me (but perhaps Euler's equation is for straight streamline). What if that cylinder doesn't make any angle and totally horizontal to gravity? I don't understand why he chooses cosine component over sine? Sir something said about choosing cosine component, but i truly didn't understood ?

[@mohdyusuflari528]

Thank you sir for your helpful video really best teacher

[@sumitvarma5732]

Really very simple explained in this video. Thank you sir

[@arvindprajapati3935]

Sir ,you are teach very well

[@Seek-r3e]

Concept is crystal clear

[@KrishnaKumar-xp6gg]

explained in a great easiest way thnku sir

[@chandanpal8861]

One of d best explanation video. Thank u so much sir

[@webmace]

11:42 " Pressure" and "Force" are different. and have different units. 7:16 Theta may be written as "θ" and not as a "Q"

[@mozin751]

Thank u sir g.... Luv you from Kashmir

[@satya8509]

Sir here net pressure force is acting why intial and final pressure force is subtracted?Is this due to opposite direction?

[@Lafz_blogs]

Salute sir.🙌🙌

[@vengeance6051]

Sir at 6:30 why fluid is moving to higher pressure side , cause we know fluid flow from high to low pressure

[@jeemathsvikrant]

U r outstanding teacher❤️❤️

[@hardiksharma-civil4728]

Sir this was best explanation I have ever seen sir great content please make more videos like this.

[@haibatkhan6557]

Sr plz give one Lecture on MCQs of Fluid mechanics for competitive exams

[@mehakmushtaqppidievxwq252]

Beautifully explanation sir

[@jharnagupta9943]

You clear my all doubts. Thanks

[@abhishekawate3112]

how to calculate water force on lever mechanism

[@CHAMPIONSBio]

Very well explanation 👍🏻

[@AjayYadav-rw9ix]

Mere pass word nhi .....you are the best sir

[@kiranchaudhari7580]

Great sir .... thank you so much 👏👏👏👏👏👏

[@JAYAJOSHIgs]

Thankyou so much sir . This equation is very helpful

[@gold806]

Thanks sir ur teaching v. Good as compare to others,

[@shubhanjaliyadav2174]

Thank u so much sir what a explain 😮❤

[@akashsaxena4196]

But sir p+∆p is greater than p because ∆p is added in p Then how can be direction of flow from low pressure to high pressure It should be in reverse direction

[@sohanrane]

Last mai (rho g da ) divided kiya hai to fir o kise aaya

[@ksnarayanan5281]

Awesome explanation.

[@rajathkamath9656]

Sir your explanation is very good...sir please can you do a video ,how to study ?

[@navindersingh3653]

Thx a lot sir, I am studying for AMIE Fluid Mechanics.

[@AbhishekYadav-kk1pg]

Bahut hi aacha explain kiya sir aapne ne thank you🙏

[@ravipatel7093]

Easy to understand . great sir

[@sibasankar2000]

Sir agar jo pipe hai woh agar horizontal hogi toh kese Hoga Please sir oos par ek video banaiye🙏🙏🙏

[@bitopankaliya3035]

Thanks you sir....I was following the book by rk bansal,but unable to understand how it's derived...thanks for clearing my doubts

[@sammrza642]

Sir first of all thank u soo much for making an awesome video on this......but sir there is one more question related to eulers .....i.e eulers eqn of motion in three dimensions....can u pls make a video on this...i request pls reply to this..

[@rahulprajapati-in4ye]

Sir point A par pressure dP point B par pressure P+dP se small h or dono opposite bhi h to element ka flow pressure P+dP ki direction me matlab jo flow mana h uski opposite direction me hona chaiye

[@ManojSharma-gu8re]

Yeah, the question u r asking is correct.

[@manishkamatham5702]

Very well derived sir....thank you

[@oprimecoach1441]

thank you bhai , writing one chance exam . 1 day batting , mushkil hotha agar aap by runner jaisa nai miltha . pranam

[@RaviRegar]

Sirr.... Ur amazing.. kya Awsome explanation thaaa... Our sir took 2 hours still he was failure in interacting.... Ur amazing

[@mpwala8839]

Sir app great ho

[@MVBMDARIF]

Thankuuuuu sir.. Grt explained

[@VirendraKumar-pb7ez]

Thanks sir good explanation

[@pavitarsingh1350]

Tu bohot mast kaam krta hai mansuk bhai

[@Lafz_blogs]

What a declaration ❤️❤️👍👍🙏🙏

[@shishankmathuriya9738]

Excellent explanation sir 🙏🙏

[@shafiqulislam2252]

Thanks for simple explanation. Please make video on navier stokes equation

[@saurabhverma3251]

There's some mistake in direction of flow that u told....as pressure at B must be lower if direction of flow is upward but u told that pressure at A is p and pressure at B is somewhat greater than A i.e p+dp which doesn't satisfy the condition as water flows from higher pressure to lower pressure always ....

[@swathivijayan6082]

He clearly mentioned that pressure at b is lower than pressure at A, at 10.31 ,,and p+dp doesn't mean an increase in pressure, it's just the change in pressure, it may consider as smaller than P, ie p+pd negative

[@actionwithritvik21]

You r genious sir ji

[@afrid2750]

marvelous jii I understand very nice

[@Thinkdifferent998]

Why exit pressure is in opposite to p

[@rakeshkumar.2458]

Sir.. Pressure force entry me jyada kaise hua

[@raeesali6028]

Thnku soo much sir, loads of love❤

[@rdguitarworld1982]

Too much great sir thankss

[@babulsoren871]

When you Integrated then first constant (C1) should be positive...but afterthat the next term is right..