Q.3(- continuous pipes. Determine the reaction force in y-direction to fix the branching pipe in the horizontal plane. Neglect frictional losses. D= A•0.1 m D,=0.30 m D=0.15 m Q=0.18 m's V-LOG(A 10) m/s P-65 kPa Water flows through a junction on three take p=1000 kg/m', g-9.81 m/s GS. P 2g v *H, -Hr-h Z, + ,-z+ 2g 60
Q.3(- continuous pipes. Determine the reaction force in y-direction to fix the branching pipe in the horizontal plane. Neglect frictional losses. D= A•0.1 m D,=0.30 m D=0.15 m Q=0.18 m's V-LOG(A 10) m/s P-65 kPa Water flows through a junction on three take p=1000 kg/m', g-9.81 m/s GS. P 2g v *H, -Hr-h Z, + ,-z+ 2g 60
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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A=8
![Water flows through a junction on three
continuous pipes.
Determine the reaction force in y-direction to fix the
branching pipe in the horizontal plane.
Neglect frictional losses.
D;= A•0.1 m D,=0.30 m D-0.15 m Q=0.18 m'/s
V-LOG(A 10) m/s P-65 kPa
take pte1000 kg/m', g-9.81 m/s
PzV
2,+P.H,-H,-h-z, +.
2g
28
60](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc6b0cbf2-ccbf-4333-9a0d-fffa616c8678%2F9935bb01-50f6-4d65-8129-a74e1ae81a3d%2Fk1j0jjs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Water flows through a junction on three
continuous pipes.
Determine the reaction force in y-direction to fix the
branching pipe in the horizontal plane.
Neglect frictional losses.
D;= A•0.1 m D,=0.30 m D-0.15 m Q=0.18 m'/s
V-LOG(A 10) m/s P-65 kPa
take pte1000 kg/m', g-9.81 m/s
PzV
2,+P.H,-H,-h-z, +.
2g
28
60
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