Q6. Water flows at a in a specific rate in a horizontal pipe whose diameter is decreasedby a reducer. The pressures are measured before and after reducer as indicated in adiagram below.A₁ = 15cm=y480 kPa15 cmWater445 kPa2Reducer8 cm=929Assume that the kinetic correctional factor is 1.05 and the mass flow rate is 0.035m³/s.Determine224the head loss in the pipe

Name: Q6. Water flows at a in a specific rate in a horizontal pipe whose di
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Description: Q6. Water flows at a in a specific rate in a horizontal pipe whose diameter is decreasedby a reducer. The pressures are measured before and after reducer as indicated in adiagram below.A₁ = 15cm=y480 kPa15 cmWater445 kPa2Reducer8 cm=929Assume that t

Given data: d1 = 15 cm = 0.15 m = Initial diameter d2 = 8 cm = 0.08 m = Final diameter P1 = 480 kPa…

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Mechanical Engineering

Q6. Water flows at a in a specific rate in a horizontal pipe whose diameter is decreased by a reducer. The pressures are measured before and after reducer as indicated in a diagram below. A₁ = 15cm Fy 480 kPa 115 cm Water 445 kPa Reducer 2 8 cm =9 29 Assume that the kinetic correctional factor is 1.05 and the mass flow rate is 0.035m³/s.Determine 224 the head loss in the pipe

Q6. Water flows at a in a specific rate in a horizontal pipe whose diameter is decreased by a reducer. The pressures are measured before and after reducer as indicated in a diagram below. A₁ = 15cm Fy 480 kPa 115 cm Water 445 kPa Reducer 2 8 cm =9 29 Assume that the kinetic correctional factor is 1.05 and the mass flow rate is 0.035m³/s.Determine 224 the head loss in the pipe

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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