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The accuracy of a fluid-flow measurement is directly relate to profit. Flow rate measurement devices require accurate pressure and temperature measurement in order to calculate the output of the instrument. Flow rate is express in Volume units (m³/s) and Mass units (kg/sec). The fluid can be corrosive, clean or dirty, single phase or multiple phase, laminar or turbulent. Hence, there are two types of devices, primary device (quantity meters) and secondary devices (rate meters). In this experiment, we will learn different types of flow meters devices to measure liquid (water) volume flow rate. The flow meters used on the apparatus are venturi meter, variable area meter and orifice plate. Base on table of data, please propose the design of experiments with the procedure. Their corresponding values for water flow rate are in the table below. By using that information, please indicate your answer for flowrate using stopwatch and velocity at point 2 manometer (Venturi) (show the sample of calculation). Area value is 1.77 x 104 m². Table 1: Manometer reading for the respective flow rate Manometer reading Variable (mm) Meter Flowrate Seconds Flowrate using Velocity at P2 Venturi (Liter/min) | Point 1 stopwatch (m³/s) Point 2 Flowrate (m³/s) (stopwatch) (m/s) 136 133 69.84 4.3175 x 10* 152.5 132.5 76.53 1.1148 x 10 - 10 174 105 66.66 2.0706 x 10 4 12 219 94.5 91.31 2.7814 x 10 ª 15 185 93 70.03 2.3909 x 10 ª 18 222 85 74.00 2.9177 x 10 * 20 290 102 70.19 3.4179 x 10 4 22 310 92 69.81 2.6805 x 10 -

The accuracy of a fluid-flow measurement is directly relate to profit. Flow rate measurement devices require accurate pressure and temperature measurement in order to calculate the output of the instrument. Flow rate is express in Volume units (m³/s) and Mass units (kg/sec). The fluid can be corrosive, clean or dirty, single phase or multiple phase, laminar or turbulent. Hence, there are two types of devices, primary device (quantity meters) and secondary devices (rate meters). In this experiment, we will learn different types of flow meters devices to measure liquid (water) volume flow rate. The flow meters used on the apparatus are venturi meter, variable area meter and orifice plate. Base on table of data, please propose the design of experiments with the procedure. Their corresponding values for water flow rate are in the table below. By using that information, please indicate your answer for flowrate using stopwatch and velocity at point 2 manometer (Venturi) (show the sample of calculation). Area value is 1.77 x 104 m². Table 1: Manometer reading for the respective flow rate Manometer reading Variable (mm) Meter Flowrate Seconds Flowrate using Velocity at P2 Venturi (Liter/min) | Point 1 stopwatch (m³/s) Point 2 Flowrate (m³/s) (stopwatch) (m/s) 136 133 69.84 4.3175 x 10* 152.5 132.5 76.53 1.1148 x 10 - 10 174 105 66.66 2.0706 x 10 4 12 219 94.5 91.31 2.7814 x 10 ª 15 185 93 70.03 2.3909 x 10 ª 18 222 85 74.00 2.9177 x 10 * 20 290 102 70.19 3.4179 x 10 4 22 310 92 69.81 2.6805 x 10 -

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The accuracy of a fluid-flow measurement is directly relate to profit. Flow rate measurement devices require accurate pressure and temperature measurement in order to calculate the output of the instrument. Flow rate is express in Volume units (m/s) and Mass units (kg/sec). The fluid can be corrosive, clean or dirty, single phase or multiple phase, laminar or turbulent. Hence, there are two types of devices, primary device (quantity meters) and secondary devices (rate meters). In this experiment, we will learn different types of flow meters devices to measure liquid (water) volume flow rate. The flow meters used on the apparatus are venturi meter, variable area meter and orifice plate. Base on table of data, please propose the design of experiments with the procedure. Their corresponding values for water flow rate are in the table below. By using that information, please indicate your answer for flowrate using stopwatch and velocity at point 2 manometer (Venturi) (show the sample of calculation). Area value is 1.77 x 10“ m². Table 1: Manometer reading for the respective flow rate Manometer reading Variable (mm) Meter Flowrate using stopwatch (m³/s) Flowrate Seconds Venturi Velocity at P2 (Liter/min) Point 1 Point 2 Flowrate (m³/s) (stopwatch) (m/s) 136 133 69.84 4.3175 x 10 5 152.5 132.5 76.53 1.1148 x 10 4 10 174 105 66.66 2.0706 x 10 -4 12 219 94.5 91.31 2.7814 x 10 -4 15 185 93 70.03 2.3909 x 10 4 18 222 85 74.00 2.9177 x 10 4 20 290 102 70.19 3.4179 x 10 -4 22 310 92 69.81 2.6805 x 10 4
Transcribed Image Text:The accuracy of a fluid-flow measurement is directly relate to profit. Flow rate measurement devices require accurate pressure and temperature measurement in order to calculate the output of the instrument. Flow rate is express in Volume units (m/s) and Mass units (kg/sec). The fluid can be corrosive, clean or dirty, single phase or multiple phase, laminar or turbulent. Hence, there are two types of devices, primary device (quantity meters) and secondary devices (rate meters). In this experiment, we will learn different types of flow meters devices to measure liquid (water) volume flow rate. The flow meters used on the apparatus are venturi meter, variable area meter and orifice plate. Base on table of data, please propose the design of experiments with the procedure. Their corresponding values for water flow rate are in the table below. By using that information, please indicate your answer for flowrate using stopwatch and velocity at point 2 manometer (Venturi) (show the sample of calculation). Area value is 1.77 x 10“ m². Table 1: Manometer reading for the respective flow rate Manometer reading Variable (mm) Meter Flowrate using stopwatch (m³/s) Flowrate Seconds Venturi Velocity at P2 (Liter/min) Point 1 Point 2 Flowrate (m³/s) (stopwatch) (m/s) 136 133 69.84 4.3175 x 10 5 152.5 132.5 76.53 1.1148 x 10 4 10 174 105 66.66 2.0706 x 10 -4 12 219 94.5 91.31 2.7814 x 10 -4 15 185 93 70.03 2.3909 x 10 4 18 222 85 74.00 2.9177 x 10 4 20 290 102 70.19 3.4179 x 10 -4 22 310 92 69.81 2.6805 x 10 4
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