Hello Friends.........Today ( 20/10/2020) I posted this.......... Please help me to buy new camera and one tripod for youtube videos...... Please Donate some amount (Rs 10 to 500) to teach free on youtube....... Donate on 9725897175 by GOOGLE PAY/ PAYTM/PHONEPE......... Thank You Friends........
@@rahulmelkani6966 let try with an analogy. let's say a train arrives at a platform there 20 people entering the train per sec at that platform and there are 10 people leaving from the train per sec on the same platform. than tell me what is the rate of increase in number of people in the train. i don't know wether i explained it well enough. but mujee to aisa he samja.
I like your lecture you cleard my whole doubt its good to see your lecture but it will be very good if take the help of animation to teach because i think your way of teaching is good and it will suit the animation
Best way to explain sir💓💓 Huge love from Pakistan. Can you kindly make a video for law of conservation of momentum (navier stoke equation derivation complete? Computational fluid dynamics book
Still don't understand why you need to add the Mass coming into the element @ABCD to the rate of change of mass in the x-direction in the element to get the mass exiting the element at EFGH, anyone?
We have to add rate of change in mass with mass entering the face ABCD. It's because the here we use integration to find the rate of change in mass which gives exact value of change in mass it may be positive or negative. So by adding the rate of change in mass with the mass entering through the face ABCD we will get the mass of fluid leaving through the face EFGH. He take 2kg-1kg just as an example.
He was trying to say that when a liquid of 2kg flows through an area...and it flows out with 1kg...so the remaining liquid in the element will be 2kg-1kg=1kg...
Nice lecture but I think mass through efgh - mass through abcd because rate of increase in mass x direction will positive not negative if we will considered negative it will not increase in mass it will decrease in mass.......check it
dear the increase or decrease in mass inside the control volume depends upon the leaving mass it is possible that the leaving mass is greater than the entering mass so in this case the net mass rate inside the control volume will be negative. similarly if the out flow rate is less than the inlet flow rate then net mass rate inside the control volume will be positive.
Hello Friends.........Today ( 20/10/2020) I posted this..........
Please help me to buy new camera and one tripod for youtube videos......
Please Donate some amount (Rs 10 to 500) to teach free on youtube.......
Donate on 9725897175 by GOOGLE PAY/ PAYTM/PHONEPE.........
Thank You Friends........
Kya samjhaya hai sir dil khus jk gyaa ❤❤
One dy before exam....❤️❤️❤️❤️ Thnku sir......🔥
Same👍🏻
2 hours before exam😂
One 1hr before xam 😂
After exm to check did i done right or wrong.
Same 🤣
What a great explanation, cleared my all the doubts in a single watch. Keep it up sir
I'm just wondering to leave this topic but suddenly I saw your video
Really appreciate your work sir
This video means a lot for me
Thx sir
So did u pass? Or supply batch
I actually thought of skipping this topic but all the sudden I've seen this video in scrolling... Thanks a lot for your clear explanation😍
Same hear❤️
But now...i can do this.....😎
Very beautiful explanation.Worth to spend the time of 13 minutes.Request you to do more videos on cfd.
Thank you so much very clean and neat explaination 😇😇 keepgoing this is may help many students
Nice video sir ❤ but agar hosake to thodi simple language ka bhi use kijie jisse achese samaj aae ❤️🙂
Very nice explaination sir ji
Thank you sir for having enriched my knwledge. I appreciate your way of explaning.
Amazing sir.....❤❤
Ncy explanation .....wonderfull❣❣
Thanks sir🙏🙏 you explain it in very easy and simple way we appreciate your efforts sir
Beautiful and easily explained everything with basic formulae
Thanks very much sir .
Your explanation is very good .
Because you repetition more and more
I understand ur teching thanks sir uplod more videos on studies
I still see the same question why do you add the mass entering to the difference of the mass respect to x to calculate the mass leaving in EFGH??
I am not sure but i think its similar to 2 + (-1) = 1
Same problem.
As given in FM by Rk bansal
it's not mass. it is rate flow of mass.
@@AakashSawant001 can u pls explain then how it done why they added mass flow rate?
@@rahulmelkani6966 let try with an analogy. let's say a train arrives at a platform there 20 people entering the train per sec at that platform and there are 10 people leaving from the train per sec on the same platform. than tell me what is the rate of increase in number of people in the train. i don't know wether i explained it well enough. but mujee to aisa he samja.
Thank you very much sir ...
Mostly brilliant teachers are on u tube
In cllg all the teachers are doing time pass..
Superior... excellent.. sir.Thank You
Excellent teaching😍
Sir thanx for this video.. I understood and I have no doubt now
Bhai surname change kar lena please!🙏
@@vishvajeetrao7876i know bhai.... 😅
मराठी नाम है 🙏that's why the pronounciation makes fun while pronunciate for those who has hindi mothertongue..
Your explanation is very helpful sir thanks...
Simple and sweet
Thank u for quick revision
Nice teaching bro
Perfect video i have ever seen for 3 dimensions
Thank you,,, you explained it better than my lecturer 😅
The vedio is very good you have explained very cleraly....i request you to make a vedio on momentum equation and energy equation also
Video
Explaination is too easy thankyou so much
awesome explanation dude.... keep it up 😘😘😘
Impressive..u have a good knowledge of understanding !
Good Teaching Sir👌👌
Best explanation 👍
2hours to exam. Thankyou sir 🎉
Thanku sir☺
Excellent work sir
Useful time invested in this video 🙌👍
I like your lecture you cleard my whole doubt its good to see your lecture but it will be very good if take the help of animation to teach because i think your way of teaching is good and it will suit the animation
Thanks..... I will try this.... For more videos of fluid mechanics visit GTU MIMP..... And please share videos with your friends.....
Super duper explained sir nun of my professor did this cool explanation in college 🙏🙏🙏🙏🫶🫶🫶🫶🫶tqu sm sir
vry niceeee n clear cut video thaks for this topic sir
Shukrya aapka bahut bahut
Sb concepts clear krdye
Thank you sir I clear all my doubts
Never seen someone teach so good
Excellent teaching Sir ...hats off 🤝
Bhai koi award he kya teaching ka , dedo sir ko👍
Thank you
Really attractive explaine
So beautifully explained,
My exam is today at 2 o clock hopes this comes in exam
Very nice explanation nice thanks it was helpful 😘😘😘😘😍
God always blessed you sir 💜💜💜💜
Perfect explanation sir
Nice explanation made it very easy to understand
Thanks sir.....I Understood Fully Question
Best way to explain sir💓💓
Huge love from Pakistan.
Can you kindly make a video for law of conservation of momentum (navier stoke equation derivation complete?
Computational fluid dynamics book
save my day.. thanx
Sir please make video on calculus used in fluid mechanics like why we use partial derivatives and full derivatives.
You came to my rescue Sir,,thanx
Thanku sir for your explanation....
Amazing vedio sir
If you will keep up like this..there will be no topics for us to get confused sir 😍😍😍😍
Pass hojau bss🤣🤣🤣
Great 👍🏻👍🏻
great video sir!!
Explained nicely sir👍🏻thanks😊
Still don't understand why you need to add the Mass coming into the element @ABCD to the rate of change of mass in the x-direction in the element to get the mass exiting the element at EFGH, anyone?
I too have the same doubt the rate of change term should be substracted......from the mass entering ABCD....that will give the mass leaving from EFGH
We have to add rate of change in mass with mass entering the face ABCD. It's because the here we use integration to find the rate of change in mass which gives exact value of change in mass it may be positive or negative. So by adding the rate of change in mass with the mass entering through the face ABCD we will get the mass of fluid leaving through the face EFGH. He take 2kg-1kg just as an example.
woderful explanation
Best Explained !!
Awesome&💐👍👍👍👍👍
Sir beautiful and easy explanation
Best explain ❤️
Keep Sharing 👆👌👍
Good explanation thanku
Thank you sir this video helping me
this man is saying, rate of increase of mass in x-direction but is subtracting ABCD-EFGH (2-1).. what does he mean
He was trying to say that when a liquid of 2kg flows through an area...and it flows out with 1kg...so the remaining liquid in the element will be 2kg-1kg=1kg...
@@brianmanoj9451 so in that case its actually rate of decrease in mass?
What a nice explained sir I love you
Loved it the way you say " W"
Thank bro apki video se kafi help hui
Thank-you very much sir this video is very helpful thanks from bottom of my heart
Thanks a lot..❤❤✌
Very good explanation.
Thank you
Ser ❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️loved it
make video on pressure of a point (hydrodynamics - valentine book)
I think it was a rectangular cuboid of dimensions dx,dy and dz through you are considering the flow phenomena
Thank you for your good explanatıon
Super explanation bro👌
God bless you man god bless you
Your explanation is so good how we can copy in my notes
Thanku so much sir 🙏🙏 love you 😀
Nice lecture but I think mass through efgh - mass through abcd because rate of increase in mass x direction will positive not negative if we will considered negative it will not increase in mass it will decrease in mass.......check it
dear the increase or decrease in mass inside the control volume depends upon the leaving mass it is possible that the leaving mass is greater than the entering mass so in this case the net mass rate inside the control volume will be negative. similarly if the out flow rate is less than the inlet flow rate then net mass rate inside the control volume will be positive.
Very nice explanation sir 👍🏻
Sir thanks for this nice concept......
Thanks for preparing this play list❤❤❤
Thank you sir
NYC explain thank you sir
Very Good video keep doing video sir All the best
Fantastic
Thank u for explaining in detailed
Thank you very much
mass of fluid leaving the fluid kuch smz ni aya
Superb thanks👍👍👍👍
Very useful.
So thank
Thanks sir 😍
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