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A flow nozzle with a throat diameter d of 6-inches is being used to measure the flow rate of hot water (T= 80°F) through a 12-inch SCH 80 pipe. If the pressure differential from point 1 to point 2 is 1.46 psi what is the flow rate of water in the pipe in gpm?

A flow nozzle with a throat diameter d of 6-inches is being used to measure the flow rate of hot water (T= 80°F) through a 12-inch SCH 80 pipe. If the pressure differential from point 1 to point 2 is 1.46 psi what is the flow rate of water in the pipe in gpm?

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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1. A flow nozzle with a throat diameter d of 6-inches is being used to measure the flow rate of hot water (T= 80°F) through a 12-inch SCH 80 pipe. If the pressure differential from point 1 to point 2 is 1.46 psi what is the flow rate of water in the pipe in gpm? 1 3900g pitfosteobyl piso maribelb Por is otswitchek in owtent quo ort is lixe orto Flow meter type Venturi tube Flow nozzle Orifice plate Reynolds no. NR ≥ 2x 105 < 2x 105 D/2 P₁ P₂ to manometer Pipe size D inches [mm] 2.0<D<8.0 [50 mm <D<200 mm] 10.0<D<48.0 [250 mm <D < 1200 mm] C = 0.99756.53 2.0 D 8.0 [50 mm <D<200 mm] 10.0<D<48.0 [250 mm <D < 1200 mm] NR Figure 15.7 Flow Discharge coefficient C 0.984 0.995 D = pipe ID d = nozzle ID N/A Figure 15.3 Oleeoh riwona quo sit to sta ei bns siss Initial value of C for iteration N/A N/A N/A 0.98 0.98 0.61
Transcribed Image Text:1. A flow nozzle with a throat diameter d of 6-inches is being used to measure the flow rate of hot water (T= 80°F) through a 12-inch SCH 80 pipe. If the pressure differential from point 1 to point 2 is 1.46 psi what is the flow rate of water in the pipe in gpm? 1 3900g pitfosteobyl piso maribelb Por is otswitchek in owtent quo ort is lixe orto Flow meter type Venturi tube Flow nozzle Orifice plate Reynolds no. NR ≥ 2x 105 < 2x 105 D/2 P₁ P₂ to manometer Pipe size D inches [mm] 2.0<D<8.0 [50 mm <D<200 mm] 10.0<D<48.0 [250 mm <D < 1200 mm] C = 0.99756.53 2.0 D 8.0 [50 mm <D<200 mm] 10.0<D<48.0 [250 mm <D < 1200 mm] NR Figure 15.7 Flow Discharge coefficient C 0.984 0.995 D = pipe ID d = nozzle ID N/A Figure 15.3 Oleeoh riwona quo sit to sta ei bns siss Initial value of C for iteration N/A N/A N/A 0.98 0.98 0.61
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