Bernoulli's equation (Hindi)

[@doraemonshinchan6693]

😰😰😰mene aaj tak aapki jaise itne acche explanation dene wale physics teacher ko nhi dekha ... sach much sirr .... kamal ke ho aap ... aaj mera physics ka paper hai aur mujhe yeh wala derivation bilkul samjah nhi aa rha tha 😊😊pr ab aa gya aur bhot easy bhi hai .... thank uuu

[@pratikb8131]

Plz explain this to my teacher also

[@Theunicornyoutuber088]

True bro

[@dharmendrakumartiwari1851]

Plz.. Sir explain to our teacher's..

[@caroline_drugler]

😁😁😁😉

[@rajj5517]

Why would a sane man dislike this pure genius of a video

[@SoniKumari-mm3bj]

Really the way you teach and talk is marvelous 😊👌

[@amarnathdas3761]

Presentation ,voice was attractive.
It was too clear cut and helpful.

[@maradananandini4361]

It was awesome....thank you sir ....ur voice and explanation has magic in itself......

[@pankajpal9173]

Recape yourself to 4year back(where I'm existing now)..
And now return to reality.
What advice you would share to your juniors.

[@55ruturajpatil66]

Lectures in hindi on fluids are better than English one...
Simply and perfectly explained...

[@kalyanbarai1083]

Thank you so much sir
Etni acca ce koi samjhata nehi he.
Thank you so much

[@SimpleScienceByKavitaSingh]

Really liked it . You explained the derivation in detail and in such a way that people can understand.

[@Iam-eb9ol]

Your voice is too good

[@swarajdas2233]

Thank you sir. Itne acche se samjane kelea.very nice explanation.

[@lets_GO_ON_99]

Way of teaching or explanation is super se bhi upar

[@nc8002]

I usually get bored during derivations. But I watched ur explaination with curiosity. It was so good👍

[@minhalrizvi587]

Best physics teacher Khan sir

[@Zia568]

sir you explain this equation in much batter way than bernoulli did itself ...thanku sooo much sir

[@ratnakarbahekar9471]

Sir your best teacher in the world

[@realarkblade]

When you have the ability to change the like count of a video it just feels so good

[@babubhai4153]

Samjhane ka tarika aapka mast hai sir...Really Great !!

[@kuldeepraj3196]

Thank you so much sir for this video. My all doubts related to bernoulli equation are clear now

[@kartikkumar3432]

Amazing sir 😊 👌👌
So satisfactory 😌 explaination
Love u sir ❤️

[@gouravchoudhary2840]

Interactive teaching upload class 12 course so that i can score good marks in board exams

[@babitasingha6059]

Thank you this vedio was very helpful 😊

[@kalyanitewari]

Sooooooooooooooooooo well explained !
Thank you again.

[@YenaShah]

Thank you so much for this. Very helpful!

[@reshmathakur9190]

Thanks sir bahut ache se samjh aa gaya
Barnaoli k pramey k video ko bhi dal dijiye

[@AKASHKUMAR-kh3qu]

Sir this type of video create revolution in the world .so, you create video of all the type and upload in RUclips

[@anjalipareek964]

this video is helpful for us. and the explanation is very nice

[@vikramtete7461]

Great Explanation!!🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@abhigyanmanasd3_038]

Gajab explanation sir😮😮😮

[@UJJWALKUMAR-ht9or]

Thank you so much sir....the best explanation of Bernoulli's theorem I have ever seen

[@ashukla0002_]

Sir aap genius ho vaha kya samjhaya hai

[@tanmay5550]

Thank u very much sir..it clear my concept..😄😄

[@rajivrajsingh580]

Also cover calculus upto IIT advance level

[@jayeshraut5293]

Dhanyawad sir 😊

[@charith6670]

Pls make All the videos of Khan academy in hindi🙏 u explain better

[@Chandan6287]

Sir aap video bahut mast banate hai . Sab Kuchh achhe se samajh aata hai . Aap please class 12 ka bhi video banaiye.

[@chinnusai8443]

Thank u sir for this awesome video

[@vandanarajvanshi6202]

Thanks very much sir
Your videos are very effective for student 😘😊

[@shahbazansari9177]

Love from heart

[@bodhipawar5297]

Very nice explanation sir 👍👍👍which digital board do u use?

[@sabanafis5933]

Fabulously explained

[@SunilSingh-ds9yb]

I don't like to study but after seeing your video and found and I am

[@randomstuff9960]

I have a question. Is the pressure P at a point the same in all directions? I mean how is it possible in case of a moving fluid?

[@themagicofphysicssyedwahee3781]

The atmospheric presure always exerted same but in this case the area depend where area max then the particles of air will be accumulated more than that area where the area is min that's why the speed will differ but as a whole the surrounding prsure will be same

[@19manishkaushik]

khan sir.. your presentation us great. God Bless You.

[@venkateshreddy9305]

its awesome explainacetion

[@kalyanitewari]

Thank you so much sir !

[@anamikasingh5550]

I can’t thank you enough... for this awesome explanation

[@mukeshmahato9316]

Sara doubt clear ho gya sir

[@sandeepanand9475]

MUKESH MAHATO

[@vipin23us]

Excellent

[@37samyakshah35]

Thanks sir ❤️

[@ultro_21]

V1 velocity hai ya volume sir I'm confused

[@manmohanbisht69]

Bernoulli principle is based on conservation of energy.
But can we say mass and momentum are also conserved?

[@miniminati291]

Areee sir your voice is like magic sir apke shikhane se mere ko pura barnoulli yaad rah Gaya thank you sir or ha sir me apka photos dekh skta hu kya?

[@rajrinku7173]

nice explanation👌👌😘😘

[@srijanganguly3513]

This vedio helps me a lot

[@akshatjalwal2292]

Thank U sir ji
U R great

[@Realstory12336]

Please make video on chemical engineering

[@ayaz444_yt]

Voice is cute and admiring😂😁

[@nehalkingff3214]

Thanks sir your explanation is nice

[@SeekhoFinance]

Aap tu si great ho

[@rajivrajsingh580]

Thanks sir plz cover full syllabus for IIT JEE Advance

[@milindgupta2250]

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[@mohitdhaker4480]

Watch at ×1.5

[@nitishkumarsao8107]

Smjhhane ka trika achha lga tq

[@snehalpatil5212]

Thankyou sir . Helpful

[@arya9345]

nice explanation thank you sir ::::)))))))

[@rituritu9709]

Thanks so much sir very important in exam time reviews the

[@ziddidil6536]

Helpful.
Thanku.

[@sonathakur9829]

Sir apna iis system ki internal and external energy nikal li to jo pressure picha ki side sa agaha ki side lg raha hai wo to calculate kiya
Bs apna ex.ternal and intrnal ka base pai pressure rkha hai tumha ya pta ki density jb jyada hogi to pressure km hoga ya jyada aur velocity jyada hogi ya kam
Bs apna pressure ko rkha internal and external system ki energy nikal li
Pressure to nikhala hi nhi height ka base pai

[@upendrarauta3749]

Very nice explanation ji

[@lalit6727]

Very good sir e initial plus w external=EF kya hai

[@SunilSingh-ds9yb]

I am learning from heart I am learning

[@manoobilli7244]

Sir ge thanks from pakistan🇲🇷

[@rajeshnirmalkar7609]

❤️❤️❤️❤️😍😍😍 thanku sir ❤️❤️

[@tanishkasingh4353]

Thank you!!

[@ishtiaqalikhan5961]

Is mai law of energy of energy ko q discuss kia by jb k Bernoulli eq conservation of mass ko obey krti hy?

[@rohitbairagi4850]

sir u replaced Eo in the place of kinetic energy in calculating Ei , but when u used the value of Ei in the last equation i.e energy coservation (Ei+Wext=Ef), u have put the kinetic energy and the Eo also in the Ei. why?

[@shwetagautam9288]

Which mic do you use sir

[@jaiparkashmittal8600]

I have no words for you

[@SunilSingh-ds9yb]

Keep it on

[@mohdzikrya5396]

excellent

[@hikhushii]

Loved the way you teach!!

[@149vivekpal8]

Hii

[@karandeepsingh4372]

I got it nicely explained janab keep it 👆

[@shambhunathmaurya5952]

Thank u so much sir

[@shivamahlawat4168]

Awesome sir

[@mohdrehan3256]

When we divide by v{velocity}then how every velocity is cancelled beacuse on the RHS there's only 2v

[@cigarettes.after.joints6606]

Take firstly v(velocity) as common on both RHS and LHS then u have to cancel out velocity
Hope u understand ! 😊

[@mohdrehan3256]

Alisha Ravaldz thank you

[@riderway3066]

It's volume not velocity......

[@mohdrehan3256]

This helped me a lot I've passed my exam with 86%

[@justlearn3444]

3:57 made me emotional

[@ibrahimsiradvancedresearch]

Great

[@NaseerAhmad-dd6pp]

Sir name the software u use

[@NaseerAhmad-dd6pp]

@Ranjit Tyagi Thanks Aloooot

[@NaseerAhmad-dd6pp]

@Ranjit Tyagi Autodesk Skectchbook i got it thank u Bro God bless u

[@shivamahlawat4168]

SIR YE STEADY FLOW KE LIYE APPLICABLE HAI YA TURBULENT FLOW KE LIYE

[@sekharpullela6123]

Shivam Ahlawat this is for laminar flow.

[@shakuntlajoshi8624]

Bro steady flow ke liye

[@themagicofphysicssyedwahee3781]

Steady flow

[@shivamchaudhary3653]

Sir thanku so much love❤😘❤😘💞😍 you

[@adiiiiim5671]

Nice voice

[@CHB_DeepanshuChaudhary]

Bahut bhadiya

[@kartikeygupta2239]

Assum explanation

[@rajgaurav_7333]

BHAI BACHA LIA YAR PW SIR NE BAHUT MUSKHIL DERIVATION KARWAI THI KAL PAPER HAI

[@Anuragrank1....]

Bhaiya, gravitation aur goc ka lya do

[@ashutoshrjaput34]

Thank you

[@Ganesh-ms9wf]

Nice try

[@sagarpun5400]

Nice sir

[@pawanbhatt314]

How F2 is opposite to F1 ?

[@shibshankarpadhy783]

We are talking about external forces

[@talhashahid484]

We are talking about forces acting on our system.

[@dilipmahapatra7999]

Why F2 is opposite to F1

[@themagicofphysicssyedwahee3781]

The force is opposite because the work done on the fluid at the point of influx and reflux is exerted opposite to each other that's why nagitive or it make in angle of 180 where cos180 equal to minus one mean to both end of the pipe