Water is pumped from the lower tank to the upper tank because the pump provides the necessary energy to overcome the height difference. The pump increases the pressure and velocity of the water, allowing it to move upward regardless of the lower tank's height. The system doesn't rely on the lower tank being taller-it's the pump's work that lifts the water. Bernoulli’s equation helps calculate the required power, but it's the pump that supplies the energy to move water from a lower to a higher elevation.
Totally waste there is no realistic logic Please give with numerical example Which is real senerio In our house we will have a pump at sump with respect that
How is #1 tank was able to get the water above the tank to the pump? The tank should be taller and the water should be more than that
Water is pumped from the lower tank to the upper tank because the pump provides the necessary energy to overcome the height difference. The pump increases the pressure and velocity of the water, allowing it to move upward regardless of the lower tank's height. The system doesn't rely on the lower tank being taller-it's the pump's work that lifts the water. Bernoulli’s equation helps calculate the required power, but it's the pump that supplies the energy to move water from a lower to a higher elevation.
Totally waste there is no realistic logic
Please give with numerical example
Which is real senerio
In our house we will have a pump at sump with respect that
Using the same logic, could you calculate the pumping power required for the water pump in your house?