Nice video but that's not why snorkel tubes are a standard length. You may want to check out Dr. Walter Lewin's lectures on pressure. They are very enlightening and entertaining.
Having trouble reconciling the volumetric flow relationship with pressure drop and length of pipe... if we increase the length of the pipe we are increasing pressure drop so wouldn’t the flow rate increase as a result? Would appreciate some clarification on this
Also, if we have a valve and reduce the opening of the valve we decrease the pressure hence increasing the pressure drop but the fluid flow decreases.. doesn’t this contradict Hagen-P law as well??
This was a very helpful video with the concept behind the equation. Thank you.
Great approach, making us find out for ourselves!!!!
I just came here for pronunciation
Me too
SAME XD
Great video! Have you thought about making more of them?
Thanks very clearly explained
Great videos thanks!
Thank you
Nice video but that's not why snorkel tubes are a standard length. You may want to check out Dr. Walter Lewin's lectures on pressure. They are very enlightening and entertaining.
Having trouble reconciling the volumetric flow relationship with pressure drop and length of pipe... if we increase the length of the pipe we are increasing pressure drop so wouldn’t the flow rate increase as a result? Would appreciate some clarification on this
Also, if we have a valve and reduce the opening of the valve we decrease the pressure hence increasing the pressure drop but the fluid flow decreases.. doesn’t this contradict Hagen-P law as well??
00:05
almost sleeped during it
you almost spelled "slept" correctly too
3:38
👏👏
no proofs or derivations, just statements
Within 8 minutes...don't expect derivations....! btw formula can be derived from dependent variables.