Newton's Law of Viscosity in Fluid Mechanics | fluid mechanics in hindi | GATE Lectures Well Academy

[@gaurangshukla9534]

thank you so much ma'am....
it really helped during a day before my exam🙌

[@kohyaaransari]

14:56 Tau bau 😂.. mein nhi sudharne vala 🤣..
thank you ma'am, thumbs up for the way you make this concept undemanding to get! 👏🏻

[@ZahirNajar]

Such a brilliant teacher ❤️

[@prashantprajapati5341]

Ma'am you are awesome...itna achhe se kabhi samajh nhi aya ye topic...thank you

[@radhamohandash5865]

Very good explanation. May God bless you.

[@UmairWaris-o1n]

Great mam .
Mam I have confusion in thickness neglecting of profile

[@AsifIqbal-ix8qv]

Mam I think shear stress is eqal to rate of shear strain which is equal to velocity gradient.
Shear stress is not directly equals to velocity gradient

[@statussongs6974]

No, you are wrong.
Shear stress is directly proportional to rate of shear strain

[@aeon5567]

Mam hme sir ne padaya tha ki....shear strain rate= velocity gradient for only 1-dimentional flow..plz next lecture me is concept ko explain kijiye thoda

[@rishabhmehra4056]

Ma'am App Bhut Badiya Padhati h .💤

[@rajvardhankumar7631]

Mam pls. Thoda frequently dala kro video.. m do din se wait kr rha hu agli video ka... chapter adhura h...abhi tak..

[@priyanshuchatuphale580]

Very nice explanation mam.
Thank you !

[@hashmatwalie4900]

In Playlist before there were 42 videos about fluid mechanics but right now it is not appearing in. Kindly help us to find all videos about it.

[@Abdul-kp9nb]

Thank you, May ALLAH💙 Bless.

[@justinian6020]

Is mam Muslim?

[@tamim8465]

It's Hindu

[@shivanshsingh1288]

You are the best teacher mam

[@Srinu1434-c5y]

Thank you mam 😊 for you good explanation

[@RahulYadav-dz2yh]

Water ke two surface ke mid internal resistance ke kard HEAT bhi produce hoti hai kya ? Plz reply

[@relish6863]

I think negligible amount🙄we can ignore it.

[@SHIVAMSINGH-nt6cg]

Yes negligible hoga.

[@abhineetpathak8589]

How to compare newton's law of viscosity with hook's law of elasticity?

[@akumar4256]

Very nice explanation

[@Abdul-kp9nb]

Thank you , May ALLAH💙 Bless, ✨.

[@chandan8933]

thank you so much mam

[@iam_shashank14]

Mam fluid ki kaun si layer sabse aage rhegi jb viscosity ke karan layers ek dusre ko resist kr rhi ho

[@daraashu4645]

Uper wali aage rahegi compared to lower one

[@MOHDARIF-rw3cy]

Thanks for your hardwork..

[@chetanbaviskar5349]

Very good concept

[@rohansharma7640]

Great explained thankyou mam

[@vinayakkumbhakarn7867]

Awesome explanation 🔥

[@irshadchristian1213]

Great video

[@kavitakaranwal4761]

Thank you so much 💓

[@tularamnag3451]

mam constant me eta le sakte hai 🤔

[@musharafhussainansari8236]

Ap mere fvrt ho....❤

[@rishabsharma3855]

Thanks mam

[@SatishKumar-nh6oj]

Mam aap 2022 me jo gate ka exam hoga wo batch kab start karogi

[@DURGAPRASAD-hp9kq]

Madam, is it your new channle

[@princeyaduvanshi9519]

Mam didn't tell your Newton's Law of Viscosity Application

[@Abdul-kp9nb]

Thank you✨.

[@MS-jh7dq]

Very nice... Well explained.

[@gainknowledge8830]

Good teaching maam keep growing

[@deepakkushwaha7766]

Thanks ma'am

[@chittinedibhanusaimallika8499]

Nice teaching mam

[@sangamdahal6781]

tan(theeta) is shear strain.... d(theeta)/dt is not shear strain ....shear rate = shear strain/time i guess

[@dailyinteresting07]

Na bro d(theta) /dt is rate of shear strain

[@azizkhanwazir6672]

Excellent lecture

[@surendersingh-yk5zo]

Great sister

[@relish6863]

Am I the only one who learn at 1.5x
😁😁

[@aman7356]

Me too

[@darksky012]

Me too 😂

[@taufikularif9865]

If u=y^3-2y^2, du/dy=?

[@Love.couple3]

Very good man 👍👍👍👍👍

[@banerjibabu5130]

amazing........

[@d240rajbahadur6]

Awesome

[@justinian6020]

Whats mam's name. Does she have own channel?

[@princeyaduvanshi9519]

Maybe your diagram is turned upside down?

[@VIVEKSHEELYADAV]

Great topic #viveksheelyadav

[@Vidya_J_O_Rathod9521]

Ye mam to ab pw me padhati hai shayad

[@CVBMDSHAHBAZKHAN]

👍🏻👍🏻

[@MohammadArif-yu9mz]

Nice mam

[@rajesabgmadlur264]

Super ma'am 👍

[@sanjutamta8167]

Mam ssc je k liye b pdao

[@amitbaghel429]

Tan hi kyu liya h mam

[@kartikrathod1381]

Thank you. ❤️Jai shree ram 🙏

[@rahulanand3132]

🙏

[@Natureandflowervideo]

yah veediyo link poora bhejo na maim!

[@niteshkumaryadav2802]

💗

[@IndianP0WER]

love you

[@madhavrajure4444]

😠😠

[@asimaahmed7489]

Please madam donot focucing amongs learner

[@mdmusicompany4758]

Thanks u so much mam

[@rG-ou3jf]

Thank you mam.👍

[@ziauddin1331]

Thanks mam

[@mohdahsankhan5495]

Thank you ma'am

[@shagilgamer2563]

Thanks Mam

[@usamaiqbal3364]

Thanks mam