Flow through pipes in series or compound pipes/Fluid Mechanics

in this video i give step by step derivation of flow through series or compound pipes......

[@anmol6067]

Bhot accha btaya hai , In very simple way Thank you ❤️

[@durgasankar3446]

It was very amazing sir your are really super any one can understand easily sir

[@gyan0110]

Extraordinary sir👍👍

[@chahatinstituteofcivilengi2388]

Thanks sir.Good explanation. Sir aapki samgane Ka tarika bhut Accha hai . please make more vedios.

[@nompumelelompume6485]

Thank you a lot sir🙏🙏

[@Tech11504]

Thank you sir, your video is so wonderful 😊

[@explorejharkhand7370]

Sir Please make a Video On Fluid mechanics (Chezy's formula) please sir i waiting 🙏🙏🙏

[@sruthi9607]

Thank you sir. Good explanation 🙏🙏🙏

[@mackorir1662]

Helpful 🙏

[@blessly0882]

Thanks a ton🔥🙏🏽

[@mohammedmohammedsuliman9614]

nice explain

[@rsemalbauty8792]

Thank you very much 🤎

[@bb4823]

❤️❤️❤️

[@739amankumarsuman3]

❤

[@swetasinghc4047]

Thank you sir

[@sadiqmulla830]

BC kya explaination😮 hai yar 🔥

[@roshanjadhav3233]

According to my research the formula of Darcy weisbach equation is only FLV^2/2gD

[@HowMessedUpAreYou]

vaar8 you too sharp

[@henryjoseph9564]

True

[@dheyaalgallaf6060]

Any example for a pump with parallel lines system

[@jigarrajani2649]

thank u m d sir

[@hulkstar6551]

Contraction loss ka eqn 0.375 V2 square upon 2g hota he

[@davidnganga7144]

Great start, but you lost me when you switched to indian language or something

[@marypriyanka608]

Thank you sir