7:00 An interesting point is that the density of the fluid in the meter (rho m) must be greater than the density of the fluid in the pipe (rho), since p1-p2>0. If the density of the fluid in the meter is less than the density of the fluid in the pipe, the meter fluid would rise up into the pipe.
Great lecture!!!! A question came up to me though: Why when you calculate Pa= P1 + pg(h+y) don´t you add the speed of the fluid in 1? Shouldn´t it be: Pa= P1 + pg(h+y)+ p(V1^2)/2 since Bernoulli´s equation? Thank you.
@@Cpt.Price123 how can the pressure below the point P1 be given by pgh? Isnt that for static fluids? And if the pressure can be found by pgh, why cant I say that the pressure at P1 is pgH where H is the height above point P1? Thanks
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7:00 An interesting point is that the density of the fluid in the meter (rho m) must be greater than the density of the fluid in the pipe (rho), since p1-p2>0. If the density of the fluid in the meter is less than the density of the fluid in the pipe, the meter fluid would rise up into the pipe.
Great lecture!!!! A question came up to me though: Why when you calculate Pa= P1 + pg(h+y) don´t you add the speed of the fluid in 1? Shouldn´t it be: Pa= P1 + pg(h+y)+ p(V1^2)/2 since Bernoulli´s equation? Thank you.
you probably graduated by now, but he used here pascal's law
@@Cpt.Price123 how can the pressure below the point P1 be given by pgh? Isnt that for static fluids? And if the pressure can be found by pgh, why cant I say that the pressure at P1 is pgH where H is the height above point P1? Thanks
@@ey3796 sorry man i took this shit a long time ago 🤣 forgot most of the stuff now. Good luck with your studies
@@Cpt.Price123 no issues, thank you. This has been messing with me for a long time but I don’t have satisfactory answers.
How could it be different If the flowing fluid is saturated steam?
Gr8 video! explains flow measurement in detail.
great job explaining the venturimeter thank you.
D vid.. Animations.. Awesome man! I'd like to know abt the software u used.. Also ur qualifications.. R u an engineer??
okay?
short and sharp. Thanks a lot,
It was very helpful!! amazing video
Great Lecture!
حبيبي ممكن حل أسئلة عن كل نوع مثلاً venturi
What is height of mercury and water?
Very concise. Thanks.
saved my life
4:17 'youtube' thermometer
brilliant
You can solve that by putting the meter above the pipe...
you are brilliant
Did you say what C is?
Velocity of the fluid
No, he did not.
Guys Who have the presentation power point for this lecture let me know
Nice
Thanks made simple
2:25 AAhh
Quit in class plz hahahaha nice video
,😴😴