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
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 job explaining the venturimeter thank you.
How could it be different If the flowing fluid is saturated steam?
Gr8 video! explains flow measurement in detail.
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.
short and sharp. Thanks a lot,
It was very helpful!! amazing video
Very concise. Thanks.
Great Lecture!
What is height of mercury and water?
okay?
saved my life
you are brilliant
Did you say what C is?
Velocity of the fluid
No, he did not.
4:17 'youtube' thermometer
D vid.. Animations.. Awesome man! I'd like to know abt the software u used.. Also ur qualifications.. R u an engineer??
brilliant
Thanks made simple
حبيبي ممكن حل أسئلة عن كل نوع مثلاً venturi
Nice
You can solve that by putting the meter above the pipe...
Guys Who have the presentation power point for this lecture let me know
2:25 AAhh
Quit in class plz hahahaha nice video
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