It is totally time dependent, initially its 0.2 m higher than the water level. Also I don't want the specific solution value to my problem. I would like to understand the calculation procedure and the relation between them!
It is so obvious that the pressure inside the tank should be higher than the outlet pressure. Since the air is compressible, it is not necessary that the amount of air going inside would displace the same amount of water, also the space about the water level filled by air is time dependent. So...
Thanks everyone for your showing interest.
Lets discuss it with an example...The tank has a capacity of 70 litres and the water should be rised just above the tank. Let's say that the height of tank is 0.6 m and the radius of tank is 0.2 m. The diameter of air inlet and water outlet pipes are...
Hello everyone,
I am very interested in knowing the relation to determine the pressure required to push the water upstream.
In the attached picture, water is filled inside a tank of volume V and air is constantly flowing inside the tank through an inlet with constant flow rate M. Water should...