Pipe friction factor

[@rutvikmehenge8357]

Thanks a lot sir for all practical videos, all of them where really useful

[@tushars904]

Thanks sir, your videos helps us to understand concept as well as give practical knowledge. By us I mean local Engg. Govt. College.

[@mohammadghalib3676]

Best 👍 wonderful explaination sir

[@samarjyotinath5815]

Perfect sir 🤗

[@PranavKumar025]

Thank you sir 🙏❤️...

[@ranjyification]

Good explanation

[@atozalltime8665]

Very helpful

[@RohitkumarDrx]

Thank you sir ❤❤❤

[@knowledgemantra8628]

Excellent sir...

[@vibhutichoudhary2513]

wonderfully explained..thank you :)

[@AmitKumar-pn8kh]

I liked this video very much

[@morancium]

nice Video sir

[@rkramanofficial1619]

Thank you so much sir...

[@morancium]

sir apse aacha koi nai

[@studyinstant7789]

Sir refrigeration pe lectures banayiye sir

[@manishapatil75]

Easiest explanation

[@prabirchakraborty9344]

∆h = 0.005×(¶m/¶w - 1) ∆h = 0.063 m of water.

[@edender47]

Good sir

[@niteshmeena5275]

Thank u sir

[@studyinstant7789]

Thanks sir

[@engvdo5297]

Very good explanation....I appreciate your efforts sir..... But I have questions.... 1) what is actually meant by head loss 2) what is the difference between head loss and pressure loss 3) first you find P1-P2 how it is different from head loss 4) why can't we consider difference in height of Mercury as a head loss ? Thank you

[@MEBTabishKazmi]

Head loss is actually the height equivalent of water of difference in pressure i.e delta P Head loss is as above and pressure loss is simply P1-P2 Difference in height of mercury cannot be considered because water is flowing inside the pipe and not mercury. So we have to first calculate P1-P2 and then change it to head loss for water using density of water not mercury.

[@RobinSingh-qr7dm]

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[@dineshshetty5901]

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[@morancium]

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[@krishuusharma4118]

Karan Sharma roll no 22 mechanical engineering 2nd year 4th sem

[@HRISHIS1921]

Now u r pass out and searching for job😅

[@vishwa11]

Thanks Sir