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Thanks sir

thanks for this explanation

Thanks for this lesson

👍

Sir… if major loss is frictional resistance, which is depending on pipe type and fluid type, then why pressure variation plot along the length of pipe is matching with delta P (pressure inlet - pressure at end of pipe)?

Simple and easy explanation... Sounds like my friend explained me not by a teacher...😂😂

I am interested in how to calculate the time required for the liquid level in both reservoirs to be at the same level. Like in this video. ruclips.net/user/shortsV510005jDug

Good sir

Calculate the power supplied to the pump shown in Fig. 11.2 if its efficiency is 76 percent. Methyl alcohol at 25 C is flowing at the rate of 54.0 m3>h. The suction line is a standard DN 100 Schedule 40 steel pipe, 15 m long. The total length of DN 50 Schedule 40 steel pipe in the discharge line is 200 m. Assume that the entrance from reservoir 1 is through a square-edged inlet and that the elbows are standard. The valve is a fully open globe valve. To begin the solution, write the energy equation for the system. can you please help to solve the question sir.

How do we know friction coefficient

He man are you take fluid major loss two type Darcy and chezy ,wher are chezy 😂 .

Superb explanation Sir .

Very gud presentation and explanation Shrinivas garu... 🙏🙏🙏

what does "g" defines?

best video for derivation on youtube

I'm your big fan sir UwU

Henlo sir UwU

Best explained

Good one ❤️

Thank you sir

Excuse me sir, do you have any book recommendation for me to learn more about head losses in pipe? Thanks

Any example for a pump with parallel pipes system

Great video, excellent.

hats off bro!

Thankyou sir 😊👍 great help

Totally understoodable....tnx 🙏🙏🙏🙏🙏

Thanks sir nice explanation

Thankss..

Thank you sir for explaining