5. The large tank shown in the figure is filled with water to a height of ho. Water exits the 5-cm- diameter pipe at A and is collected in a tub at B. The tub is 2 m below the pipe exit. You may assume no viscous losses. Ро ho 0 A Control volume for part b 2 m B Figure for problem 5. 1. (a) It is required that the tub be filled at a volume flow rate of 0.028 m³/s. At what height, ho, must the tank be filled to achieve this flow rate if po = 50 kPa? (b) Using the control volume shown in the figure, show that the velocity in the horizontal direction remains constant as the water flows from A to B. (Hint: there is no force in the x-direction acting on the control volume.) (c) Find the angle, 0, at which the stream hits the tub. 0 Figure for part c).
5. The large tank shown in the figure is filled with water to a height of ho. Water exits the 5-cm- diameter pipe at A and is collected in a tub at B. The tub is 2 m below the pipe exit. You may assume no viscous losses. Ро ho 0 A Control volume for part b 2 m B Figure for problem 5. 1. (a) It is required that the tub be filled at a volume flow rate of 0.028 m³/s. At what height, ho, must the tank be filled to achieve this flow rate if po = 50 kPa? (b) Using the control volume shown in the figure, show that the velocity in the horizontal direction remains constant as the water flows from A to B. (Hint: there is no force in the x-direction acting on the control volume.) (c) Find the angle, 0, at which the stream hits the tub. 0 Figure for part c).
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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