Fluid mechanics. From question 1 to 3. And from question 1 to 2 (solving the problems,1. Flow flows through a contracting section of a duct, as in Fig.2. A velocity probe inserted atsection (1) measures a steady value u,=2 m/s , while a similar probe at section (2) records asteady u,=6m/s . Estimate the fluid acceleration, if any, if Ax=20cm.(1)(2)Fig. 22. There is a huge water tank, and full of the water, the height of the tanker is h, there is a tinyhole in the bottom of the tank, as shown in Fig. 3. Use the ideal Bernoulli equation to calculate thevelocity of fluid at the center of the hole.Fig. 3 (Ask and answer,1. Judge each figure is wetting or nonwetting in Fig. 1, and denote the reason.e= 76e = 132e = 84e= 142BaiENFig.12. What is the Reynolds number? And which physical parameters has been relative?3. What is three basic laws in studying fluid mechanics? Please give a brief introduction.

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1. Flow flows through a contracting section of a duct, as in Fig.2. A velocity probe inserted at section (1) measures a steady value u,=2 m/s, while a similar probe at section (2) records a steady u,=6m/s . Estimate the fluid acceleration, if any, if Ar=20cm. II

1. Flow flows through a contracting section of a duct, as in Fig.2. A velocity probe inserted at section (1) measures a steady value u,=2 m/s, while a similar probe at section (2) records a steady u,=6m/s . Estimate the fluid acceleration, if any, if Ar=20cm. II

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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Fluid Mechanics *informational solution will help