The best lecture ever !! Sir, Your lectures are flawless and pleasure giving. Carry on your love for physics unabated for the benefit of learners. Thank you so much sirji!!
Nice video. I suspect that in the real world, there is a combination of case 1 and case 2. Where it starts out as laminar flow and at at certain velocity the flow will become turbulent. Though the end result (of calculating the terminal velocity) is the same. Is 'b' the same for both cases or are they very different?
"b" is different for both cases, and depends on shape, size, medium, density, viscosity, etc parameters. There some approximate formulae, eg. Stokes law for case (i) and quadratic drag for case (ii)
Sir can you please tell me the software you use for writing like this on an Ipad. Also, amazing video! This video has really jogged up my interest in fluid mechanics.
hi Sir..... i love your method of teaching. your method of explaining is very well. I have learn nuclear and particle physics by your video lectures and i am very thankful to you for providing such a very knowledgeable data . Thank you very much for everything.. Sir if possible can you please continue the lecture of particle physics? please sir answer me ❤️❤️❤️. Thanks once again. May allah bless you.
@@FortheLoveofPhysics ok sir thanks. but one more request if you have some time can you please make one more video on Feyman diagram in particle physics ? if possible otherwise no issue tha k you sir once again love you sir. can you please give me your WhatsApp number if you don't mind?♥️♥️♥️♥️♥️
@@abhijitbachar6004 🤦♂🤦♂🤦♂ You could not understand the attitude of my comment unfortunately you misunderstood rather misinterpreted it... It was my humble request to dear sir!!! Kath tawnas laeg....
Atmosphere ki pressure ko bizli banao crodon logon ki zindagi badal jayegi lakhon saal tak yaad karegi duniya Ek 12 crore liter pani ki turbine banva do Phir sarey desh main bizli supply ho jayega
Another Interesting Problem - Have you ever seen the *Well of Death* ? :D ruclips.net/video/L5yislIOui8/видео.html
Very rare RUclips channel we need to preserve it.🧡
The best lecture ever !! Sir, Your lectures are flawless and pleasure giving. Carry on your love for physics unabated for the benefit of learners. Thank you so much sirji!!
So good!!! your are my favourite physics youtube channel, spectacularly clear explanations, please continue making videos.
this video really helped me out, thank you so much sir! I will be watching the other videos when I have time :)
Amazing Sir, missing your live classes 🥺
Great Lecture, thank you sir.
Totally dig your explanations. Keep it up!
_Some kind of a great video_
Thank you
I learn alot sir. Indian teachers are of high quality.
Sir, that is a very good video. Thanks for it!!
Excellent sir
Thank you sir make physics functional
Amazing sir ❤❤.....
Thank you so much Sir 🙏😊😊
Sir plz discuss some topics of semiconductor
Sir thank you so much for such a contant
awesome lecture
Plz make vedios on statistical Mechanics
Using this software is making things much better than using a board
Thank you sir
Nice video. I suspect that in the real world, there is a combination of case 1 and case 2. Where it starts out as laminar flow and at at certain velocity the flow will become turbulent. Though the end result (of calculating the terminal velocity) is the same. Is 'b' the same for both cases or are they very different?
"b" is different for both cases, and depends on shape, size, medium, density, viscosity, etc parameters. There some approximate formulae, eg. Stokes law for case (i) and quadratic drag for case (ii)
Sir,I have a question
Is gravity "Fictitious force" ????????????????????????? Please make a video on it
Nope,in my opinion.Force,due to any ,is causing by particle interactions.In this case I think it is gravitons...🙄🙄🙄
Sir can you please tell me the software you use for writing like this on an Ipad. Also, amazing video! This video has really jogged up my interest in fluid mechanics.
OneNote+Wacom
Sir, which Tab you use?
hi Sir.....
i love your method of teaching.
your method of explaining is very well.
I have learn nuclear and particle physics by your video lectures
and i am very thankful to you for providing such a very knowledgeable data .
Thank you very much for everything..
Sir if possible can you please continue the lecture of particle physics?
please sir answer me
❤️❤️❤️.
Thanks once again.
May allah bless you.
Particle physics is almost done. May add one video on Standard Model in near future
@@FortheLoveofPhysics ok sir thanks.
but one more request if you have some time can you please make one more video on Feyman diagram in particle physics ?
if possible otherwise no issue tha k you sir once again love you sir.
can you please give me your WhatsApp number if you don't mind?♥️♥️♥️♥️♥️
What about upthrust force
Sir , can we calculate the velocity of object as function of position (x) ?
Nice explanation ❤️
Glorious...
What if you will use chalk and board sir????
@@abhijitbachar6004 🤦♂🤦♂🤦♂
You could not understand the attitude of my comment unfortunately you misunderstood rather misinterpreted it...
It was my humble request to dear sir!!!
Kath tawnas laeg....
Terminal velocity for any vehicle is what???
Atmosphere ki pressure ko bizli banao crodon logon ki zindagi badal jayegi lakhon saal tak yaad karegi duniya
Ek 12 crore liter pani ki turbine banva do Phir sarey desh main bizli supply ho jayega