Determination Discharge Coefficient for flow through an Orifice
“1.” An Orifice meter is used to measure:
“2.” An Orifice meter has energy loss compared to Venturi.
“3.” In the case of flow-through orifices, the coefficient of velocity at vena contracta is:
“4.” Discharge Co-efficient (Cd) for an Orifice ranges from:
“5.” Cavitation occurs in an orifice if pressure goes:
“6.” Major advantage of an Orifice meter over a Venturi meter is:
“7.” An Orifice meter readings are more accurate than that of Venturi meter.
“8.” Bernoulli’s equation is based on:
“9.” Liquid flow rate in large sized pipes can be measured using:
“10.” Assumptions for Bernoulli’s equation is that the fluid is: