【Daily Question 20150821】
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The flow coefficient C is defined as: when the control valve is fully open, the pressure difference before and after the valve is ____100 kPa____, the density of the fluid is _____1 gf/cm3____, then the volume of fluid that passes through in each _____hour_____ is _____cubic meters_____.
The flow coefficient C is defined as the volume of fluid, in cubic meters per hour, that passes through when the control valve is fully open, the pressure difference before and after the valve is 100 kPa, and the specific gravity of the fluid is 1 gf/cm2.
The flow coefficient C is defined as the volume of fluid, in cubic meters per hour, that passes through when the control valve is fully open, the pressure difference before and after the valve is 100 kPa, and the specific gravity of the fluid is 1 gf/cm2.
100KPa, 1gf/cm3, hour, cubic meter
The definition of the flow coefficient C is: when the control valve is fully open, the pressure difference before and after the valve is ____100 KPa______, the density of the fluid is ____1 gf/cm3_______, then per _____ hour_____, the volume of fluid that passes through is ____cubic meters______
When the control valve is fully open, with a pressure difference before and after the valve of __100kpa________ and the fluid density at ___1gf/cm³________, the volume of fluid that passes through per ____ hour______ is ___cubic meters_______.
The definition of the flow coefficient C is: when the control valve is fully open, the pressure difference before and after the valve is (100 KPa), the specific gravity of the fluid is (1 gf/cm3), the amount of fluid that passes through per hour, in cubic meters
100KPM----1gf /cm3----hours---cubic meters
100KPa 1gf/cm3 hours cubic meters
100KPa, 1gf/cm3, hour, cubic meter