Very good explaining sir but i have a language problem somewords i cant understand..will you teach in the method of combination of English and Hindi.. Will be more useful to others also..
thank you for sharing your knowledge..Plz put a video on hydraulic exponent too and also derivation of hydraulic exponent for rectangular and triangular section..
Your explanation is too good
Too good sir , you have very deep knowledge level . The way you describe is phenomenal.
Sir is it helpful for hydraulic engineering??
allah apko jazae khair de sir bht bht shukriya
What is the application of specific energy
Speech lesss excellent sir👏
sir meter se meter cancel ni ho jayega or mtr square ni ayegaa
Sir, detum line is always horizontal so you cannot consider the bed of an open channel as a detum.
can be taken, hence it will be different at every section thus called specific
Very good explaining sir but i have a language problem somewords i cant understand..will you teach in the method of combination of English and Hindi.. Will be more useful to others also..
sir really amazing sir just amazing
Nice sir
Doing excellent job
Learning !!!
sir please stop auto focus in your camera, thankyou for sharing your knowledge
Very nice video
h is pressure head you mentioned it as potential energy in specific enengy equation
It's not a pipe flow. Flow-through canal is due to gravity under atmospheric pressure. So I think, it's not appropriate to say pressure head.
Sir jo ap write karty hain usko thoda bada kar ka lekhy...takay humko achy se dekh saky...thank you sir
True
Thanku sir
Tip play video at 1.5x speed
Every 2min there is an ad showing😓😓
Thanx sir for this video
thank you for sharing your knowledge..Plz put a video on hydraulic exponent too and also derivation of hydraulic exponent for rectangular and triangular section..
Bhai etna confuse q hora....sahi video thi prr hr step pe irritates ho jara tha me.....etna lmba khichne ki koe jarut ni h
Your camera has focus issues...else you are awesome
Thank you sir
Thenxx.....sir
👌👌👍
Are kehna kya chahte ho..
'h' should be be pressure energy and not potential energy.
That's because in OCF there is no pressure head.
Means pressure head=O
That's why "h" is potential energy per flow
In OCF the pressure applied is atm pressure, so in terms of gauge it becomes zero.
It is nice question that you delivered 😊
Viedio short banaiya imp wala karo ya useless hei
Improv the video clarity
You confuse jada karte ho...
thoda bada likhe
Thank you for these type of videos, please give me your email I will send my queries.