Q3/ For the system shown below, the following are applicable: pl= 5 bar Q=0.004 m3/s, pipe total length3D15 m and internal diameter-30 mm (Take SG-0.9 and kinematic viscosity (v-0.0001 m2/s)). Find p2 in units of bars. Motor P1 Pipe length = 3m %3D Pump 90' elbow Globe valve Q Breather 38 mm (ID) Pipe length 2m %3D P2 90 elbow Load force Pipe length = 4 m Pipe length= 6m Valve or fitting K factor Return bend 2.2 45° elbow 0.42 90° elbow 0.75 Globe valve 10

Q3/ For the system shown below, the following are applicable: pl= 5 bar Q=0.004 m3/s, pipe total length3D15 m and internal diameter-30 mm (Take SG-0.9 and kinematic viscosity (v-0.0001 m2/s)). Find p2 in units of bars. Motor P1 Pipe length = 3m %3D Pump 90' elbow Globe valve Q Breather 38 mm (ID) Pipe length 2m %3D P2 90 elbow Load force Pipe length = 4 m Pipe length= 6m Valve or fitting K factor Return bend 2.2 45° elbow 0.42 90° elbow 0.75 Globe valve 10

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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Concept explainers

Strengthening of Alloys

Strengthening of the alloys is required as metals become weak due to various lattice defects, metal bonding phenomena. The strength of the metals is not enough for any mechanical work. The internal dislocations of any metals arise due to forming processes. Due to the movement of these dislocations, the metals are plastically deformed.

Question

conditioning

Q3/ For the system shown below, the following are applicable: p1= 5 bar Q=0.004 m3/s,
pipe total length3D15 m and internal diameter-30 mm (Take SG-0.9 and kinematic
viscosity (v-0.0001 m2/s)). Find p2 in units of bars.
Motor
P1
Pipe length = 3m
%3D
Pump
90' elbow
Globe valve
Q
Breather
38 mm (ID)
Pipe length 2m
%3D
P2
90° elbow
Load force
Pipe length = 4 m
Pipe length= 6m
%3D
Valve or fitting
K factor
Return bend
2.2
45° elbow
0.42
90° elbow
0.75
Globe valve
10

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