Given an orifice meter with the dimensions in lab, a flow rate of 60 lbm/min and a differential pressure of 200 inches of water, the flow coefficient of the meter would be closest to Group of answer choices

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:

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.

answer:

put more,

answer:

explanation:

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