why the fluid don't flow into the U tubes in which mercury is kept, due to gravity?
@pouyakazemi8647
5 жыл бұрын
Because the fluid is air and pressure due to air is negligible
@Samratt237 жыл бұрын
pressure is inversely proportional to the velocity
@723lion3 жыл бұрын
Its liquid or air in the venturi tube??
@adamasfaha1812
5 ай бұрын
could be both, will have the same effect, in this case, they are using air
@AuMechanic7 жыл бұрын
Sorry but your video is plain wrong. That is not how a compressible fluid (gas) reacts in venturi.
@TomDagan
7 жыл бұрын
I like your decisiveness. the video is not plain wrong. it is a simplification and a good representation of how this setup will act. I have built a test stand, very similar to the one in the animation, and the results were not as pronounced but the same.
@AuMechanic
7 жыл бұрын
I'm a mechanic we tend to be decisive. Its a good representation however it applies to liquids, bernoulli equation for gas differs such that pt tube 1 and pt tube 3 will not be the same. I just did a video demonstrating this as it applies to airflow in a carburetor venturi. Your graphic would be correct if you put "liquid" speed on it but not "air" speed. Regards.
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Best explanation
Thanks so much my brother
why the fluid don't flow into the U tubes in which mercury is kept, due to gravity?
@pouyakazemi8647
5 жыл бұрын
Because the fluid is air and pressure due to air is negligible
pressure is inversely proportional to the velocity
Its liquid or air in the venturi tube??
@adamasfaha1812
5 ай бұрын
could be both, will have the same effect, in this case, they are using air
Sorry but your video is plain wrong. That is not how a compressible fluid (gas) reacts in venturi.
@TomDagan
7 жыл бұрын
I like your decisiveness. the video is not plain wrong. it is a simplification and a good representation of how this setup will act. I have built a test stand, very similar to the one in the animation, and the results were not as pronounced but the same.
@AuMechanic
7 жыл бұрын
I'm a mechanic we tend to be decisive. Its a good representation however it applies to liquids, bernoulli equation for gas differs such that pt tube 1 and pt tube 3 will not be the same. I just did a video demonstrating this as it applies to airflow in a carburetor venturi. Your graphic would be correct if you put "liquid" speed on it but not "air" speed. Regards.