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Water (SG=1) flows through the diverging frictionless pipe shown at flowrate of Q with the given parameters below (g=9.81 m/s?) Q=500 m3/h, P1=500 kPa, z1=3 m, z2=14 m, D1=400 mm, D2= 500 mm

Water (SG=1) flows through the diverging frictionless pipe shown at flowrate of Q with the given parameters below (g=9.81 m/s?) Q=500 m3/h, P1=500 kPa, z1=3 m, z2=14 m, D1=400 mm, D2= 500 mm

Elements Of Electromagnetics
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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Water (SG=1) flows through the diverging frictionless pipe shown at flowrate of Q with the given parameters below (g=9.81 m/s?) Q=500 m³/h, P1=500 kPa, z1=3 m, Z2=14 m, D1=400 mm, D2= 500 mm The inlet velocity is m/s (0.95;1.00;1.05;1.11;1.16) The exit velocity is m/s (0.61;0.64;0.67;0.71;0.74) The exit pressure is kPa (374;392;412;433;454)
Transcribed Image Text:Water (SG=1) flows through the diverging frictionless pipe shown at flowrate of Q with the given parameters below (g=9.81 m/s?) Q=500 m³/h, P1=500 kPa, z1=3 m, Z2=14 m, D1=400 mm, D2= 500 mm The inlet velocity is m/s (0.95;1.00;1.05;1.11;1.16) The exit velocity is m/s (0.61;0.64;0.67;0.71;0.74) The exit pressure is kPa (374;392;412;433;454)
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