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

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

Can you please find solution for this question,thanks

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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Step 2: Calculate the inside diameter of the 12-inch SCH 80 pipe:

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Step 3: Calculate the flow rate in the pipe:

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