d, = S.Dm B. A 3.0m diameter cylindrical tank is installed as a water tower which is used to supply water to a house. Exposed to environmental pressure, the level of the water inside the tank is 35m above the point of entry going through the house. The water flows through the intake pipe with diameter of 5.1 cm at a rate of 2.0x10³ m³/s. The intake pipe is connected to a narrower pipe which has an inside diameter of 2.5 cm. 35m a. Determine the speed of the water at point 2 b. Determine the static pressure at point 2 c. Determine the dynamic pressure at point 2 d. Determine the speed of the water at a height 5.0m above the level where the pipe enters the house e. Determine pressure of the water at point 3. = 5.om dz-2.5cm

d, = S.Dm B. A 3.0m diameter cylindrical tank is installed as a water tower which is used to supply water to a house. Exposed to environmental pressure, the level of the water inside the tank is 35m above the point of entry going through the house. The water flows through the intake pipe with diameter of 5.1 cm at a rate of 2.0x10³ m³/s. The intake pipe is connected to a narrower pipe which has an inside diameter of 2.5 cm. 35m a. Determine the speed of the water at point 2 b. Determine the static pressure at point 2 c. Determine the dynamic pressure at point 2 d. Determine the speed of the water at a height 5.0m above the level where the pipe enters the house e. Determine pressure of the water at point 3. = 5.om dz-2.5cm

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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Question

d, = 3.om
B. A 3.0m diameter cylindrical tank is installed as a water tower
which is used to supply water to a house. Exposed to
environmental pressure, the level of the water inside the tank
is 35m above the point of entry going through the house. The
water flows through the intake pipe with diameter of 5.1 cm
at a rate of 2.0x10³ m³/s. The intake pipe is connected to a
narrower pipe which has an inside diameter of 2.5 cm.
h,= 35m
a. Determine the speed of the water at point 2
b. Determine the static pressure at point 2
c. Determine the dynamic pressure at point 2
d. Determine the speed of the water at a height 5.0m above
the level where the pipe enters the house
e. Determine pressure of the water at point 3.
h= 5.om
d=2.5cm

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