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thank you so much ma'am....it really helped during a day before my exam🙌
14:56 Tau bau 😂.. mein nhi sudharne vala 🤣..thank you ma'am, thumbs up for the way you make this concept undemanding to get! 👏🏻
Such a brilliant teacher ❤️
Ma'am you are awesome...itna achhe se kabhi samajh nhi aya ye topic...thank you
Very good explanation. May God bless you.
Great mam .Mam I have confusion in thickness neglecting of profile
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
No, you are wrong. Shear stress is directly proportional to rate of shear strain
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
Ma'am App Bhut Badiya Padhati h .💤
Mam pls. Thoda frequently dala kro video.. m do din se wait kr rha hu agli video ka... chapter adhura h...abhi tak..
Very nice explanation mam.Thank you !
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.
Thank you, May ALLAH💙 Bless.
Is mam Muslim?
It's Hindu
You are the best teacher mam
Thank you mam 😊 for you good explanation
Water ke two surface ke mid internal resistance ke kard HEAT bhi produce hoti hai kya ? Plz reply
I think negligible amount🙄we can ignore it.
Yes negligible hoga.
How to compare newton's law of viscosity with hook's law of elasticity?
Very nice explanation
Thank you , May ALLAH💙 Bless, ✨.
thank you so much mam
Mam fluid ki kaun si layer sabse aage rhegi jb viscosity ke karan layers ek dusre ko resist kr rhi ho
Uper wali aage rahegi compared to lower one
Thanks for your hardwork..
Very good concept
Great explained thankyou mam
Awesome explanation 🔥
Great video
Thank you so much 💓
mam constant me eta le sakte hai 🤔
Ap mere fvrt ho....❤
Thanks mam
Mam aap 2022 me jo gate ka exam hoga wo batch kab start karogi
Madam, is it your new channle
Mam didn't tell your Newton's Law of Viscosity Application
Thank you✨.
Very nice... Well explained.
Good teaching maam keep growing
Thanks ma'am
Nice teaching mam
tan(theeta) is shear strain.... d(theeta)/dt is not shear strain ....shear rate = shear strain/time i guess
Na bro d(theta) /dt is rate of shear strain
Excellent lecture
Great sister
Am I the only one who learn at 1.5x😁😁
Me too
Me too 😂
If u=y^3-2y^2, du/dy=?
Very good man 👍👍👍👍👍
amazing........
Awesome
Whats mam's name. Does she have own channel?
Maybe your diagram is turned upside down?
Great topic #viveksheelyadav
Ye mam to ab pw me padhati hai shayad
👍🏻👍🏻
Nice mam
Super ma'am 👍
Mam ssc je k liye b pdao
Tan hi kyu liya h mam
Thank you. ❤️Jai shree ram 🙏
🙏
yah veediyo link poora bhejo na maim!
💗
love you
😠😠
Please madam donot focucing amongs learner
Thanks u so much mam
Thank you mam.👍
Thank you ma'am
Thanks Mam
thank you so much ma'am....
it really helped during a day before my exam🙌
14:56 Tau bau 😂.. mein nhi sudharne vala 🤣..
thank you ma'am, thumbs up for the way you make this concept undemanding to get! 👏🏻
Such a brilliant teacher ❤️
Ma'am you are awesome...itna achhe se kabhi samajh nhi aya ye topic...thank you
Very good explanation. May God bless you.
Great mam .
Mam I have confusion in thickness neglecting of profile
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
No, you are wrong.
Shear stress is directly proportional to rate of shear strain
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
Ma'am App Bhut Badiya Padhati h .💤
Mam pls. Thoda frequently dala kro video.. m do din se wait kr rha hu agli video ka... chapter adhura h...abhi tak..
Very nice explanation mam.
Thank you !
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.
Thank you, May ALLAH💙 Bless.
Is mam Muslim?
It's Hindu
You are the best teacher mam
Thank you mam 😊 for you good explanation
Water ke two surface ke mid internal resistance ke kard HEAT bhi produce hoti hai kya ? Plz reply
I think negligible amount🙄we can ignore it.
Yes negligible hoga.
How to compare newton's law of viscosity with hook's law of elasticity?
Very nice explanation
Thank you , May ALLAH💙 Bless, ✨.
thank you so much mam
Mam fluid ki kaun si layer sabse aage rhegi jb viscosity ke karan layers ek dusre ko resist kr rhi ho
Uper wali aage rahegi compared to lower one
Thanks for your hardwork..
Very good concept
Great explained thankyou mam
Awesome explanation 🔥
Great video
Thank you so much 💓
mam constant me eta le sakte hai 🤔
Ap mere fvrt ho....❤
Thanks mam
Mam aap 2022 me jo gate ka exam hoga wo batch kab start karogi
Madam, is it your new channle
Mam didn't tell your Newton's Law of Viscosity Application
Thank you✨.
Very nice... Well explained.
Good teaching maam keep growing
Thanks ma'am
Nice teaching mam
tan(theeta) is shear strain.... d(theeta)/dt is not shear strain ....shear rate = shear strain/time i guess
Na bro d(theta) /dt is rate of shear strain
Excellent lecture
Great sister
Am I the only one who learn at 1.5x
😁😁
Me too
Me too 😂
If u=y^3-2y^2, du/dy=?
Very good man 👍👍👍👍👍
amazing........
Awesome
Whats mam's name. Does she have own channel?
Maybe your diagram is turned upside down?
Great topic #viveksheelyadav
Ye mam to ab pw me padhati hai shayad
👍🏻👍🏻
Nice mam
Super ma'am 👍
Mam ssc je k liye b pdao
Tan hi kyu liya h mam
Thank you. ❤️Jai shree ram 🙏
🙏
yah veediyo link poora bhejo na maim!
💗
love you
😠😠
Please madam donot focucing amongs learner
Thanks u so much mam
Thank you mam.👍
Thanks mam
Thank you ma'am
Thanks Mam
Thanks mam