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Please answer both questions. These are questions from Fluid Mechanics.

Please answer both questions. These are questions from Fluid Mechanics.

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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Please answer both questions. These are questions from Fluid Mechanics.

A one-dimensional, steady, incompressible, fully developed flow is generated between a fixed and moving vertical plate as shown in the figure. The left plate is fixed while the right plate moves upward with a velocity, U. There is no pressure gradient along any direction and the distance between the plate is a. Which of the following terms is NOT equal to zero? g O a. O b. O d. Əh მყ du ?х əv t dv dy U
Transcribed Image Text:A one-dimensional, steady, incompressible, fully developed flow is generated between a fixed and moving vertical plate as shown in the figure. The left plate is fixed while the right plate moves upward with a velocity, U. There is no pressure gradient along any direction and the distance between the plate is a. Which of the following terms is NOT equal to zero? g O a. O b. O d. Əh მყ du ?х əv t dv dy U
Oil, with kinematic viscosity of 0.001 m²/s is flowing inside the pipe network shown. The internal diameters of the pipes are shown in the figure. The discharge in pipe E is 1 m³/s. Determine the minimum value of the discharge in pipe B, in m³/s, if it must be ensured that the flow in pipe D must be fully turbulent? QA DA = 25 cm Q₂ DB = 5 cm B C 으잉 D₂ = 10 cm Q₂ = 1 m³/s E D₂ = 10 cm ac Dc = 20 cm
Transcribed Image Text:Oil, with kinematic viscosity of 0.001 m²/s is flowing inside the pipe network shown. The internal diameters of the pipes are shown in the figure. The discharge in pipe E is 1 m³/s. Determine the minimum value of the discharge in pipe B, in m³/s, if it must be ensured that the flow in pipe D must be fully turbulent? QA DA = 25 cm Q₂ DB = 5 cm B C 으잉 D₂ = 10 cm Q₂ = 1 m³/s E D₂ = 10 cm ac Dc = 20 cm
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