Answer:
Theoretically impossible
Explanation:
Given that:
The mass flow rate = 60 lbm/min
The differential pressure = 200 inches
The flow rate Q is can be expressed by the formula:
[tex]Q = K.A\sqrt{2g \Delta h}[/tex]
where;
K = Discharge coefficient
A = area
Δh = Head drop
g = gravity
From the given parameter, the area is unknown.
Therefore, the flow coefficient of the meter will be theoretically impossible to be determined.
