Reynolds Transport Theorem

[@reniv7792]

An amazing explanation which we can remember for a lifetime.

[@saravana3375]

superb explaination..thank u sir

[@satern8434]

The village example really helped a lot.

[@rajkumarmeena9261]

Mene 4-5 video dekhi, pr aapke jesa kisi ne nhi samjhaya Supb sir Thank u so much

[@axelblaze7488]

Thanks. I looked up at my profs notes which were too confusing so searched here and this is really simple. I am pretty sure I can derive this without seeing. Good explanation.

[@nibiran8300]

sir aap bohot achi tarah se sikhate hein.... keep uploading plzzzzz

[@rakshitpatel1890]

Thank you so much sir ..a huge respect for you..what a way to explain very hard concept by very easy method..plz keep it up..we will support you.thank you once again for the video

[@sivarao7126]

Cool very nice 🙏🏾🙏🏾

[@HarshRajAlwaysfree]

Really awesome

[@pksuresh8176]

Wonderful explanation

[@bhimsenkala6194]

Explicit explanation of rtt. It is very good work.

[@animeshdas2472]

It's really helpful thank you sir

[@shubhamkoundal19412]

Nicely explained sir..

[@karthikgovil7219]

Very nice video sir very helpful

[@mohitoshdeb6579]

aag laga dala sir ji 🔥 awesome explanation, much love to u and your channel ❤️

[@yogeshpadiya7858]

Nice explanation

[@HariPrasad-ox5ri]

Very good explanation sir!

[@krishnakantsoni7348]

Nicely explained. Thank you

[@akshayshedge7748]

very well explained sir

[@agnishekhar8205]

very well explained ..............thank u sir

[@vissutheone]

Superb explanation

[@hrkalita159]

Perfect 👍

[@jaypatel-kd6ql]

In the last slide you have written in 3rd term control system but u were addressing as the control volume 🤔🤔

[@sheikhtarifulislam904]

Man, You are a boss.

[@arjunsuresh4345]

Brilliant explanation

[@alihamid272]

Damn Good explanation Sir. You just nailed it 💯

[@sachinbelgaonkar221]

very fine explanation . You have a very deep knowledge of the subject sir.I request you to make more videos on CFD

[@MinuteMysteries4u]

Well done sir!

[@suryasingh9526]

sir at 11:20 u said B1 + B3 is control volume but actually the control volume is at time t not t+dt kindly explain sir

[@ishanbasketball1719]

thanx it helped me in understanding fluid machines

[@rahulmathew4970]

So in the last example the region will be our control volume and grains will be control system

[@Dr.AmitMandal]

ya

[@rahulmathew4970]

@@Dr.AmitMandal Thanks a lot for the explanation and reply

[@user-tv5hp2hb8t]

Excellent explanation. Thank you

[@bharatbhushan4636]

awesome I refer today its too good

[@zarakkhan3260]

In the last slide you have written in 3rd term control system but u were addressing as the control volume 🤔🤔 kindly check it

[@rajeshr9475]

thank you sir, well Explained, very helpful.

[@affanahmedkhan7362]

wah sir wah

[@NikhilRahulchauhan]

B=extensive property of system. b=intensive property of system.

[@anishsingh1227]

quite helpful

[@user-tv5hp2hb8t]

Please provide navier Stokes theorem derivation also

[@Raushankumar-of4qd]

thanks sir.....very helpful

[@mech-www7563]

thank you very much sir in the given video you are using a normal derivative, I think we should use material derivative for the control system and partial derivative for the control volume

[@scorpiogamingworlds7070]

CV VOLUME INSIDE THE CS NHI HOTA HA KIA??????????????

[@muhammadwaqas6045]

Thanks bro.

[@valr1658]

Woww

[@aliallaou4415]

Thank you Sir.

[@syedimranimmu]

Thank u sooo much sir

[@arunar7500]

❤️❤️❤️

[@rajputsuman24]

thank you sir

[@vinaynandurdikar2005]

Thank

[@shekharsharma8379]

Yj