Dynamic Equation of gradually varied flow (non-uniform flow)

[@vidhanchandrasahu1185]

Wow..... details are fantastic 👍🏻

[@shashankrajputsr5362]

Your voice is so soothing that it made this topic easier for me to understand

[@dishankrodwal3321]

Your voice is very sweet 😊 sunte sunte lecture Kab over hojata h pta hi nahi chalta. Or derivation yaad bhi ho gye ❤. Thank you ma'am 😊

[@Dangerofdark]

Thanks mam very good explanation
I got this question for 15 marks in exam

[@KratiGupta-e8y]

Thank you very, very much, ma’am. For this video. I am studying in last time, and it is very useful

[@IndeInd1a2]

Nice explanation 👏👏👏

[@mathew-119]

Nicely done , well and good explanation... ☺️👍🏼👍🏼👍🏼

[@studentsgangbang]

Excellent explanation....Sweet voice....lv u mam😁

[@sat_nd]

Very Helpful, Please make videos on Unsteady flow, numericals and St. Venent equation also .

[@dkale9614]

Very helpfulll...❤

[@dhananjaysingh2908]

Nice lecture😊😊❤

[@dilipkum468]

Very good

[@Coloursss27]

thankyou so much mam

[@deepak-v6r]

nice explain

[@erkuldeepchaudhary8636]

Thankyou mam 🙏🙏🙏🙏🙏

[@vishwajitkhandare5795]

Thank you mam 👏👏

[@SanthoshKumar-lp9vs]

👏👏👏👍👍👍tq mam

[@therealspixycat]

What causes the depth of flow to decrease?

[@obvious-lee]

Higher energy

[@obvious-lee]

Velocity badhne wala hoga

[@manalishah5665]

As it is a case of non-uniform flow, the flow depth is not constant along the channel length

[@rudeguy375]

Man dynamic eq and differential eq for gradually varied flow same hai kya?

[@rohitprajapati2994]

Ha bhai

[@Homeehavenn]

Mam dy/dx kahan se aaya

[@manalishah5665]

Differentiation is applied on Bernoulli’s equation and from their dy/dx is made subject

[@lifeisnothingwithoutgoal4723]

Mam aapki age kitni hai

[@giridharboni1148]

Tnx

[@fayazsd3473]

4/5

[@gauravghule2283]

Are Hindi me bhi kahiye kuch mam