You r 👌🏻 Best Guru I'm watching offline Like as usual I'm late comers..... Bt Aaj to mujhe environment se pyar ho hi gaYa Love the way of ur teaching @this much deep level even on YT.... ❤🙌thank u so mch sir Hume aese hi full depth pada dijiye N most important ke vahiyat logo ko mat dhyan dijiye there are more than that student who r love to learn from u .... n thnk u again
Plz sir reply Is there any influence of horrizontal shear stress on suspended partical as flow velocity decreases with increase in depth (fluid mechanics concept) In previous lecture u keeps flow velocity constant of same size partical when kept at depth "h"
Gajab tarike se parate hai sir...❤️❤️
Kya hi mast pada diya sir maja aa gya ❤️💞💞
Best teacher for every explanation🙏🙏
You r 👌🏻 Best Guru
I'm watching offline
Like as usual I'm late comers.....
Bt
Aaj to mujhe environment se pyar ho hi gaYa
Love the way of ur teaching @this much deep level even on YT.... ❤🙌thank u so mch sir
Hume aese hi full depth pada dijiye
N most important ke vahiyat logo ko mat dhyan dijiye there are more than that student who r love to learn from u .... n thnk u again
Sir continuous tank bad me or uksa type pahle kyu bataya??
THANK U VERY MUCH SIR......RADHEY RADHEY SIR.......GOD BLESS U SIR......EXCELLENT EXCELLENT TEACHING SIR........🙏🙏🙏🙏🙏
Thanks a lot sir amazing lecture...
Sir, state je ke liye thik h ya nahi pls tell me
Plz sir reply
Is there any influence of horrizontal shear stress on suspended partical as flow velocity decreases with increase in depth (fluid mechanics concept)
In previous lecture u keeps flow velocity constant of same size partical when kept at depth "h"
Thank u sir
👍🏿👍🏿
title is not correct for lots of your video.